25.-27.2.2020 Nuremberg, Germany - CONFERENCE PROGRAM - weka fachmedien
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Nuremberg, Germany
25.–27.2.2020
CONFERENCE PROGRAM
www.embedded-world.eu
Organized by
Conference Sponsors
embedded world Conference 2020
Connecting Embedded Intelligence Prof. Dr.-Ing. Axel Sikora
Chairman of embedded world Conference
“Intelligence” is currently the dominating door opener for The embedded world Conference 2020 is clearly structured
future applications in the tech industry. Artificial Intelligence along 10 subject areas, which are represented in different
(AI) and Machine Learning (ML) methods are already in use colors throughout the program: 1. Internet of Things,
in many sectors of commerce, banks and IT companies. In 2. Connected Systems, 3. Embedded OS, 4. Safety & Security,
the automotive industry, in health applications and other 5. Hardware Engineering, 6. Software & Systems Engineering,
industrial sectors many problems can be addressed with 7. Embedded Vision, 8. Autonomous & Intelligent Systems,
artificial intelligence and machine learning, where the 9. Embedded GUI & HMI, and 10. System-on-Chip. The
challenges are different: limited computing resources on site, solution-oriented presentations of each session follow a
no or only temporary network connections, very often power logical flow and address the most relevant questions in each
supply via batteries. But how to combine non-deterministic, sector. Discussions and an active exchange of ideas with
dynamically learning software with functional safety and the speakers as well with the conference participants are
certification requirements? encouraged. The 30-minute presentations of the sessions are
complemented by 14 classes, which provide comprehensive
Also, the other buzzword of recent years, “Internet of Things”, basic information on selected topics in the form of condensed
continues to be an important innovation driver. The IoT has by training courses. You will find all 281 presentations and all 14
no means saturated and continues to evolve at a rapid pace. classes fully explained on the following pages of this booklet.
This is convincingly demonstrated by the development of
wireless technologies such as Bluetooth v5.2, WiFi6, 5G and The steering board of the embedded world Conference 2020
Low-Power Wide-Area “Zero-G” networks, like LoRaWAN, wishes you and all participants stimulating discussions about
SIGFOX, or MIOTY. IoT technologies are now converging new ideas and solutions enabling you to cope more easily and
with AI and ML, making embedded systems even more efficiently with the immense challenges that lie ahead. You
complex. Therefore, “Connecting Embedded Intelligence” are welcome to gain great insights in a pulsating atmosphere.
has been chosen as the motto of the embedded world
Conference 2020. Embedded intelligent nodes are not only
interconnected via machine-to-machine-communication, but
they are also connected to physical applications to make up
cyber-physical systems, and they interact with humans.
With a program of high-quality presentations, the embedded
world Conference 2020 contributes to the ongoing
challenges of “Connecting Embedded Intelligence”. The
embedded world Conference once more adds to the success
of the embedded systems industry that has now become an
essential part of the technological future and, as such, is a Prof. Dr.-Ing. Axel Sikora
precondition for our continued economic success. Chairman of embedded world Conference
3
CONFERENCE PROGRAM
1. Internet of
Things – Platforms 2. Connected Systems 3. Embedded OS 4. Safety & Security 5. Hardware Engineering
& Applications
DAY 1: SESSION 2.1: SESSION 3.1 I: CLASS 3.1: SESSION 4.1: SESSION 5.1:
morning Connectivity I Embedded OS I The Robert Functional Safety Hardware I
Wired Basics I Berger Class: & Security I Memory
Communication Embedded Standards
Linux – a
Crash Course
DAY 1: SESSION 1.1: SESSION 2.2: SESSION 3.1 II: SESSION 4.2: CLASS 5.1:
afternoon Internet of Things I Connectivity II Embedded Functional Safety How to Build
Trusted Computing TSN OS II & Security II & Secure
Basics II Functional Safety a RISC-V
Architectures Embedded
System
DAY 2: SESSION 1.2: SESSION 2.3 I: SESSION 3.2 I: CLASS 3.2: SESSION 4.3 I: SESSION 5.2:
morning Internet of Things II Connectivity III Embedded Embedded Functional Safety Hardware II
Platforms Bluetooth I OS III Android & Security III Power & Data
Linux I Workshop Hardware
Security I
DAY 2: SESSION 1.3: SESSION 2.3 II: SESSION 3.2 II: SESSION 4.3 II: SESSION 5.3:
afternoon Internet of Things III Connectivity IV Embedded Functional Safety Hardware III
Data Management, Bluetooth II OS IV & Security IV Power Supply
Edge, Fog, Cloud Linux II Hardware
Security II
DAY 3: SESSION 2.4: SESSION 2.5 SESSION 3.3 I: CLASS 3.3: CLASS 3.4: SESSION 4.5: CLASS 4.1: SESSION 5.4:
morning Connectivity V Connectivity VI Embedded OS V Fast Track to BeagleBoard- Functional Safety AES Cryptosystem Hardware IV
Cellular Wireless Virtualization & OpenEmbed- Class & Security V Key Extraction on Applications
Communication Communication Partitioning I ded and Yocto Hacking & Post Standard µC and
Project Quantum Security Countermeasures
DAY 3: SESSION 2.6: SESSION 3.3 II: SESSION 4.6: SESSION 4.7: SESSION 5.5:
afternoon Connectivity VII Embedded OS VI Functional Safety Functional Safety Hardware V
LPWAN Virtualization & & Security VI & Security VII Architectures
Partitioning II Securing IoT Automotive
KEYNOTE-SPEAKER
Hassane El-Khoury, Cypress
Conference Keynote: How the IoT Will Drive the Convergence of Man and Machine
February, 25th, 1:30 PM | NCC Ost | Hall Sydney
The marriage of man and machine is the next wave of convergence. It may have a far greater impact on humanity
than even the smartphone: It will transform the way we interact with the world. IoT technology, led by connectivity
and cloudbased analytics, will effectively become an extension of our soul, driving applications where computers will
eventually demonstrate emotional and social intelligence and make decisions for us.
The keynote will look at artificial intelligence, and discuss the advances in IoT technology – from purely analytical,
to human-inspired, to humanized. The »converged« human-machine connection will affect leading applications in
automotive, industrial, medical, smart city, and smart home.
Hassane El-Khoury is president, chief executive officer and a member of the board of directors at Cypress Semiconductor.
He led Cypress’s Programmable Systems Division and formely it’s automotive business unit.
4 www.embedded-world.eu
OVERVIEW
8. Autonomous
7. Embedded 9. Embedded 10. System-on-Chip (SoC)
6. Software & Systems Engineering & Intelligent
Vision Graphics & HMI Design & Development
Systems
CLASS 5.2: SESSION 6.1 I: CLASS 6.1: SESSION 8.1: SESSION 10.1: SESSION 10.2:
Ultra Low SW- The Bruce Intelligent SoC I SoC II
Power Hands- Engineering I Douglass Class 1: Systems I Supply Chain Analog, RF &
on Workshop Languages & Agile for AI Applications Mixed Signal
MISRA I Embedded
Systems
SESSION 6.1 II: SESSION 8.2: SESSION 10.3:
SW- Intelligent SoC III
Engineering II Systems II Tools &
Languages & Autonomous Verification
MISRA II Transportation
SESSION 6.3 I: SESSION 6.4 I: CLASS 6.2: CLASS 6.3: SESSION 8.3 I: SESSION 10.4 I:
SW- SW-Engineering IV The Bruce The Greg Intelligent SoC IV
Engineering III Testing & Douglass Davis Class: Systems III System
Development Debugging I Class 2: Advanced AI & ML Technology I
Process I Advanced C/C++ Technologies I
Behavioral Coding and
Modeling Debugging
SESSION 6.3 II: SESSION 6.4 II: in UML and Techniques CLASS 6.4: SESSION 8.3 II: SESSION 10.4 II: CLASS 10.1:
SW- SW-Engineering V SysML Safe Modern Intelligent SoC V Integrating
Engineering III Testing & C++ Systems IV System Arm
Development Debugging II AI & ML Technology II Cortex-M soft
Process II Technologies II CPU IP into
FPGAs
SESSION 6.7 I: CLASS 6.5: SESSION 7.1 I: SESSION 9.1 I: CLASS 10.2:
SW- The Bruce Embedded Embedded HMI FPGA-Design
Engineering VI Douglass Class 3: Vision I & GUI I using C/C++
Code Quality I Effective Use and High-Level
Cases, User Stories Synthesis
and Scenarios
SESSION 6.7 II: SESSION 7.1 II: SESSION 9.1 I:
SW- Embedded Embedded HMI &
Engineering VII Vision II GUI II
Code Quality II
STEERING BOARD
back row (from left to right):
Dr. Bernd Hense,
Prof. Dr. Axel Sikora,
Dr. Klaus Grimm
front row:
Joachim Kroll,
Prof. Dr. Peter Fromm
5
CONFERENCE PROGRAM TUESDAY | 25 FEBRUARY 2020
Session 2.1: Connectivity I – Session 3.1 I: Session 4.1: Functional Safety
Wired Communication Embedded OS I – Basics I & Security I – Standards
09:30-10:00 Migration from Classical CAN How does an IoT RTOS Differ to a AUTOSAR, ISO 26262, SAE J3061:
to CAN FD Traditional RTOS? So Many Rules, So Little Time!
Reiner Zitzmann, CAN in Automation Mark Knight, Arm Mark Richardson, LDRA
10:00-10:30 Multi-Level CAN (FD) Security, Combining OS Evolution: Monolithic to Top Misunterstandings About
Available Technologies Microkernel to Multi-kernel Functional Safety Reloaded
Olaf Pfeiffer, Rolland Dudemaine, eSOL Europe Christian Dirmeier, TÜV SÜD Rail
Embedded Systems Academy
10:30-11:00 CANopen FD Devices Identification via How to Bring the Internet of Things Update on Maintenance of IEC
New Layer Setting Services (LSS) Online 61508-3 for Safety Software
Yao Yao, CAN in Automation Richard Barry, Amazon Web Services Michael Kindermann,
Pepperl+Fuchs
11:00-11:30 Coffee Break
11:30-12:00 Single Pair Ethernet: the Key for Multi-Tasking Communication Impact of the 3rd Edition of IEC
Seamless IP-based Sensor2cloud Patterns in C 61508-1/-2 on Your Development
Communication Niall Cooling, Feabhas Stephan Aschenbrenner, exida
Dr. Karsten Walther, Perinet
12:00-12:30 Single Pair Ethernet Filter Design Mutex vs. Semaphores Process Control Cybersecurity
Martin Leihenseder, Niall Cooling, Feabhas Gets Serious: IEC 61508 and IEC
Würth Elektronik eiSos 62443-4-1 in Tandem
Deepu Chandran, LDRA
12:30-13:30 Lunch Break
E
13:30-14:30 KEYNOT
13:30 Conference Keynote:
How the IoT Will Drive the Convergence of Man and Machine Hassane El-Khoury, CEO, Cypress
Session 1.1: Internet of Things I – Session 2.2: Session 3.1 II: Session 4.2: Functional Safety
Trusted Computing Connectivity II – TSN Embedded OS II – Basics II & Security II – Architectures
14:30-15:00 Enabling TPM2.0 for Industrial and Enhancing Real Time Industrial IoT Embedded Multicore: Enablement Maintaining Separation for
Automotive Applications with an Communication over TSN: of Heterogeneous OSes and Mixed Security and Safety in Mixed
Open Source Software Stack A Technological Study on Pushing TSN Criticality Systems Criticality Systems
Florian Schreiner, Performance Limit in Linux Colin Walls, Mark Pitchford, LDRA
Trusted Computing Group/Infineon Boon Leong Ong, Intel Mentor, a Siemens Business
15:00-15:30 Protection Technologies The Timing is Right to Move to Ethernet Connecting Microcontrollers to the Planning Software Architecture
Guenther Fischer, for Automotive Audio Cloud Using MQTT, Bluetooth LE, and Modelling Patterns for ISO
Trusted Computing Group/Wibu-Systems Dr. Matthias Ortmann, and HTTP 26262 Compliance
Toshiba Electronics Europe Tanmoy Sen, Amazon Web Services Dr. Tjorben Groß, The MathWorks
15:30-16:00 Increasing Resilience of Connected Time Synchronization for TSN Android Automotive Modeling and Code Generation
Systems with Secure Flash Kamil Alkhouri, Hochschule Offenburg Karim Yaghmour, Opersys for Safety Critical Systems
Stephan Rosner, Thomas Barth,
Trusted Computing Group/Cypress Hochschule Darmstadt
16:00-16:30 Coffee Break
16:30-17:00 MARS – Trusted Computing for Low- Performance Impact of Security for Real- Realtime Linux Kernel vs. Using Deep Neural Networks
End Devices time Fieldbus Traffic in a TSN Network Heterogeneous Multi-cores (DNN) in Safety-critical IEC 61508
Tom Brostrom, Pekka Varis, Texas Instruments Valter Minute, Toradex Compliant Applications
Trusted Computing Group/Cyber Pack Alessandro Bastoni, Dragos
Ventures Davidescu, STMicroelectronics
17:00-17:30 A Scalable and Effective Design Progress on the AUTOSAR Adaptive Flight Safety Certification
Approach in Enabling TSN for RTOS: Platform for Intelligent Vehicles Implications for Complex Multi-
A Case in Enabling TSN on Zephyr RTOS Rinat Asmus, BMW Group Core Processor based Avionics
for Intel 2020 SoC Jyotika Athavale, Intel
Wilson Kweh, Intel Microelectronics
17:30-18:00 Time Synchronization through Time GPIO Be Secure and Never Use /bin/dd How to do Functional Safety on
Vikram Dadwal, Intel Again: What IoT Developers Can Unsafe Hardware
Learn from Automotive OTA Updating Andre Schmitz,
Jon Oster, HERE Technologies; Green Hills Software
Andrew Doan, Foundries.io
6 www.embedded-world.eu
TUESDAY | 25 FEBRUARY 2020
Session 5.1: Session 6.1 I: SW-Engineering Session 8.1: Intelligent Systems Session 10.1: Session 10.2: SoC II –
Hardware I – Memory I – Languages & MISRA I I – AI Applications SoC I – Supply Chain Analog, RF & Mixed Signal
Wear Estimation for Devices with C – The Language of Embedded Voice Enabled IoT Devices, FAKE! The Counterfeit Microchips Ease Design Success in nm
NAND Flash Memory Colin Walls, Everywhere Industry in China – How it Analog Using Generators
Marcel Ziswiler, Toradex Mentor, a Siemens Business Brian Clinton, Arm Works, and How to Fight it Benjamin Prautsch,
Michael Randt, Fraunhofer IIS/EAS
Trinamic Motion Control
Anticipating Data Reliability in Introducing Rust from a C Visual Focus Capturing for A More Secure Silicon Supply Analog Computer on a Chip –
Managed NAND Systems Programmer‘s Perspective Ambient Assisted Living Chain Compiling Solutions
Justin Hunter, Micron Niall Cooling, Feabhas Belmin Alic, Fraunhofer IMS Neeraj Paliwal, Rambus John Milios, Sendyne
How to Avoid End of Life from Safety-Critical Software Design and Verification of Going the Extra Mile – Silicon Changing the Precision
NAND Correctable Errors Development in C++ Algorithms for Object Detection Foundries Committing to Long Conversion Playing Field with
Thom Denholm, Datalight Dr. Daniel Kästner, and Tracking Using Lidar Data Term Reliability for Embedded Heterogeneous Integration
AbsInt Angewandte Informatik Marco Roggero, The MathWorks Processors Michael Hennessy,
Diego Buitrago, Intel Analog Devices
Coffee Break
Memory Architecture in MISRA Working Group Situation Federated Learning and Edge Embedding Blockchain into Systematic Identification of
Autonomous Vehicles Report Machine Learning Electronics Substrate Noise Coupling
Gil Golov, Andrew Banks, Dr. Rikard König, Ekkono Solutions Randall Restle, Effects
Micron Semiconductor (Deutschland) LDRA Software Technology + MISRA Digi-Key Electronics Prof. Ramy Iskander,
Intento Design
eNVM Technology Choices for MISRA C++ 202x: Will your C++ How to Meaningfully Benchmark Configuration of a Blockchain Assembly Design Kit
Advanced Automotive, Industrial be Ready? Edge-Inference Performance for Supply Chain Management Construction Using RF-Blocks
and Multi-market Solutions on Prof. Peter Sommerlad, in the New Age of Hardware David Holtkemper, in Package Technologies
CONFERENCE PROGRAM WEDNESDAY | 26 FEBRUARY 2020
Session 1.2: Session 2.3 I: Session 3.2 I: Session 4.3 I: Functional Safety &
Internet of Things II – Platforms Connectivity III – Bluetooth I Embedded OS III – Linux I Security III – Hardware Security I
09:30-10:00 IoT Edge Development Frameworks/ Bluetooth Mesh Networking – The Robert Berger Presentation: The Benefits of an Integrated Secure
Platforms – Spoilt for Choice A Practical Guide for Embedded Yocto Project – A bird‘s Eye View Element for IoT Applications
Jan Rodig, AREG SDK Developers Robert Berger, Marius Munder, Silicon Labs
Simon Slupik, Silvair Reliable Embedded Systems
10:00-10:30 Ultra-small PLCs Enable Intelligence Design Considerations for Bluetooth Debian or Yocto? Which is the Best for Improving IoT Security from Root to
at the Edge Mesh Across Industrial and Home your Embedded Linux Project? Cloud – PSA Certified at 1 Year
Jeff DeAngelis, Maxim Integrated Environments Chris Simmonds, 2net Robert Coombs, ARM
Brian Bedrosian,
Cypress Semiconductor
10:30-11:00 How to Rapidly Develop IoT Devices Combining Bluetooth Mesh and KNX: Embedded Software Development CI/ Secure Flash – The Cure for
with Arm and AWS The Best of Both Worlds CD on Ubuntu Insecurity in Connected Automotive
Reinhard Keil, Arm Mario Noseda, Taiten Peng, Canonical and Industrial Applications
ZHAW Institute of Embedded Systems Sandeep Krishnegowda,
Cypress Semiconductor
11:00-11:30 Coffee Break
11:30-12:00 Extending EdgeX Foundry – How Understanding Bluetooth Range Why TSN won‘t Work without Real- Securing the Bluetooth Low Energy
to Build an IoT Solution from an Bjørn Kvaale, Nordic time Linux (BLE) Physical Layer with Round Trip
Open Source, Platform Independent Kurt Kanzenbach, Linutronix Time of Flight Measurements
Framework Evan Wakefield, Sean Lyons,
Jim White, IOTech Texas Instruments
12:00-12:30 Building IoTopia– GlobalPlatform‘s Designing for Ultra-Low-Power Linux Kernel Debugging: Going Evaluation of Public Key Certificate
Initiative to Standardize Security for Bluetooth Communication Beyond Printk Messages Enrolment in Resource Constraint
IoT Devices & Services Emmanuel Sambuis, Silicon Labs Sergio Prado, Embedded Labworks Embedded Field Devices
Gil Bernabeu, GlobalPlatform Joseena M. Jose, Hochschule Offenburg
12:30-13:00 IoT Communication Implementation Bluetooth Security – A Technical Safety Certification and Open Source Virtual Platform Based Development
Strategies for Industrial Automation Overview & Implementation Guide for – Can They Work Together? Environments for Low Power, Mixed
Devices Embedded Developers Kate Stewart, Linux Foundation Level Safety Critical Systems
Thierry Bieber, HMS Industrial Networks Pål Kastnes, Nordic Larry Lapides, Imperas Software
13:00-14:00 Lunch Break
Session 1.3: Internet of Things III – Session 2.3 II: Session 3.2 II: Session 4.3 II: Functional Safety &
Data Management, Edge, Fog, Cloud Connectivity IV – Bluetooth II Embedded OS IV – Linux II Security IV – Hardware Security II
14:00-14:30 Cybersecurity Clouds Over the Bright New Ways of Testing of Bluetooth LE Deploying and Running Containers Security is Not Free: Understanding
Future of Smart Grids from R&D to Production on Embedded Devices with the Hidden Costs of Securing
Andrew Banks, LDRA Joerg Koepp, Rohde & Schwarz FullMetalUpdate Connected Devices
Cedric Vincent, Witekio Brent Wilson, Silicon Labs
14:30-15:00 Staying Smart: Open Source‘s Role in Previewing the Next Generation of Advantages of Heterogeneous SoCs in Application of TPM2.0 in industrial and
Smart City Evolution Bluetooth Audio IoT Applications Automotive Systems Using the Feature
Yoshitake Kobayashi, Toshiba; Nick Hunn, WiFore Robert Goellner, DH electronics API of the Open Source Software Stack
Urs Gleim, Siemens Dr. Florian Schreiner,
Infineon Technologies
15:00-15:30 Condition Monitoring and Embedding Wireless Auto-addressing for Vehicle Panfrost: Open Source Meets Arm Challenges of Delivering and
CANopen in IoT Modules Using Bluetooth Localization Mali GPUs Protecting Third-party Firmware
Oskar Kaplun, CAN in Automation (CiA) Techniques Boris Brezillon, Collabora Libraries on Microcontroller Systems
David Lara, Texas Instruments Joseph Yiu, Arm
15:30-16:00 Coffee Break
16:00-16:30 Leverage the Security and Resiliency Bluetooth Location Services and High Using Cgroups in Container Out of the Box: Addressing Security
of the Cloud and IoT for Industrial Accuracy Direction Finding Technology for a Fine Grain Control of with the MCU Based Amazon Voice
Use Cases Martin Woolley, Bluetooth SIG System Resources Services Solution
Anton Shmagin, Amazon Web Services Saurabh Arora, Elektrobit Automotive Donnie Garcia, NXP Semiconductors
16:30-17:00 Real Predictive Maintenance in Three Bluetooth Indoor Direction Finding How Did Automotive Grade Linux Analysis of Firmware Protection in
Practical Steps Brings a New Dimension to Indoor Become THE Open Source Community State-of-the-Art Microcontrollers
Richard Elberger, Amazon Web Services Asset Tracking Cars? Johannes Obermaier, Marc Schink,
Mikko Savolainen, Silicon Labs Walt Miner, The Linux Foundation Fraunhofer AISEC
17:00-17:30 Bridging the Gap Between Cloud A Clean Slate Approach to Embedded Improved FPGA-security by Partial
Computing and IOT Devices with Fluid Linux Security: RISC-V Enclaves Reconfiguration
Computing Cesare Garlati, Alexander Krutwig, Mixed Mode
Bruno Rouchouse, Wind River prpl Foundation / RISC-V Foundation
8 www.embedded-world.euWEDNESDAY | 26 FEBRUARY 2020
Session 5.2: Session 6.3 I: SW-Engineering Session 6.4 I: SW-Engineering Session 8.3 I: Intelligent Systems Session 10.4 I: SoC IV –
Hardware II – Power & Data III – Development Process I IV – Testing & Debugging I III – AI & ML Technologies I System Technology I
Enabling IoT Growth with Energy Engineering Smart Ecosystems: Actionable Ideas for Improving Machine Learning Building Blocks IP Authoring for Re-Usability
Harvesting Wireless Sensor Challenges and Solutions Software Quality for Industrial Applications in SoC-based Designs and
Technology Prof. Dr.-Ing. Peter Liggesmeyer, Jeffrey Fortin, Vector Informatik Prof. Robert Oshana, Derivative Products
Greg Rice, ON Semiconductor Fraunhofer-Institut für Experimentel- NXP Semiconductors Jeffrey Markham, Cliosoft
les Software Engineering IESE
Powering Sigfox Nodes with How Agile is Changing the Self-testing in Embedded Accelerating ML Compute for IoT/ Safety and Security
Harvested Energy Face of Embedded Software Systems Embedded Market Considerations for SoC
Prof. Dr. Marcel Meli, ZHAW InES Development Colin Walls, Tanuj Arora, Arm Development
Niall Cooling, Feabhas Mentor, a Siemens Business Samuel Fuller,
NXP Semiconductors
Analysis, Design and Optimization Efficient Implementation of Fully Automated Self-test and Deep Learning Inference on the Adding Differentiating Value,
of a Combined Wireless A-SPICE in Non-Automotive Calibration for Hardware in the MPPA3 Manycore Processor Reduce Implementation Time –
Power Transfer and Near Field Company Loop Test Systems Dr. Benoît Dupont de Dinechin, A Fast Track for Integration of
Communication System New Protocols/Standards
Paulina Świstuń, Dr. Kristian Trenkel, Kalray
Christian Merz,
Diehl Ako Stiftung iSyst Intelligente Systeme Ralph Grundler, Synopsys
Würth Elektronik eiSos
Coffee Break
Powering the 5G Revolution with How to Write Good Functional & Practical Software Testing Neural Network Optimizations for Framework to Port Neural
Power over Ethernet Safety Requirements in 2020? Techniques and Guidelines for On-Device AI Networks to FPGA, Suitable for
Charlie Ice, Silicon Labs Micaël Martins, Visure Solutions Embedded Systems Dr. Lingchuan Meng, Arm Realtime Signal Processing
Prof. Robert Oshana, Marcel Wegmann, ZHAW
NXP Semiconductors Institute of Embedded Systems
MEMs Based Wired Condition Bridging the Gap Between Conclusive On-the-fly Validation A Visit to the Neuromorphic Zoo FPGA-based Modelling of Aging
Monitoring Solution for Industry Requirements, Architecture and of High-Level Functional Tests Johannes Leugering, Effects and Implementation of
4.0 Implementation Dr. Thomas Preusser, Fraunhofer Institute for Integrated IP-Cores for Wear-Out-Detection
Richard Anslow, Analog Devices Adam Whitmill, MathWorks Accemic Technologies Circuits IIS Josef Schmid,
iSyst Intelligente Systeme
CAN, LIN, RS232/485 Over DC Requirements Traceability: Test the Test – Enhanced Test Getting AI in Your Pocket with Deep An FPGA-based Neural Network
Powerline – Challenges and Different Things to Different Quality with Mutation Testing Compression Accelerator for Computational
Semiconductor Solutions People Michael Wittner, Dr. Axel Plinge, Storage Platforms
Eran Priel, Yamar Electronics Mark Richardson, LDRA Razorcat Development Fraunhofer Institute for Integrated Dr. Rino Micheloni,
Circuits IIS Microchip Technology
Lunch Break
Session 5.3: Session 6.3 II: SW-Engineering Session 6.4 II: SW-Engineering Session 8.3 II: Intelligent Systems Session 10.4 II: SoC V –
Hardware III – Power Supply III – Development Process II V – Testing & Debugging II IV – AI & ML Technologies II System Technology II
USB Type-C, A New Power Perceived Problems of Formal Non-intrusive Software Coverage Architecture Apocalypse: Dream From Design to Runtime:
Paradigm Methods and how to Tackle Them Estimation for Safety-Critical Architecture for Deep Learning Infe- A Practical Approach to
George Slama, Henk Katerberg, System Certification rence and Compute -VERSAL AI Core Reconfiguration
Wurth Elektronik eiSos Verum Software Tools Martin Heininger, Prof. Alok Gupta, Xilinx Mike Looijmans, Topic Products
HEICON - Global Engineering
Microcontroller Supplies Made Safe Critical Application Can Free Tools Test the Security Designing Machine Learning RISC-V Hardware and Software
Easy Development for Multicore of a Small Embedded System? Solutions for AI Based Embedded Technology for Industry
Thomas Eichstetter, Platform with ANSYS SCADE Dr. David Long, Doulos Systems Prof. Robert Oshana,
Essentielle Elektronik Eichstetter Xavier Fornari, ANSYS Neelakanth Shigihall, Pradeep NXP Semiconductors
Bardia, Cadence Design Systems
Beyond the Data Sheet: Safety- and Security- Using Advanced Code Analysis Low-bit CNN Implementation and An Enclave-based TEE for
Calculating Battery Life for critical Embedded Software for Boosting Unit Test Creation Optimization on FPGA SE-in-SoC in RISC-V Industry
Wireless IoT Devices Development Within DevOps Miroslaw Zielinski, Parasoft Dr. Yi Shan, Xilinx Vincent Cui, Alibaba Group;
Matt Maupin, Silicon Labs Steve Howard, Perforce Software Xuanle Ren, T-HEAD Semiconductor
Coffee Break
Vergleich von WiPo Eval-Boards Guidelines, Tips and Tricks for Debugging Complex Failures of From Data to Insight – with End to Emerging SoC Performance/
von 5W bis 20W Managing Open Source Software Real-Time Multi-Core Systems End AI Solutions Power Challenges and a Dozen
Prof. Markus Rehm, HFU for Embedded Systems Albert Schulz, Accemic Stephan Gillich, Intel Deutschland Techniques
Hochschule Furtwangen University & Prof. Robert Oshana, Technologies Jerry Wong, Xilinx
WEKA Fachmedien NXP Semiconductors
Overcoming “Dirty-Power” A Hierarchical State Machine Leveraging an Agnostic AI on Microcontrollers Blending DSP and ML Features
Challenges Through Suitable (HFSM) Realization with Approach to Debugging in Raphael Zingg, Into a Low Power General
Protection Schemes Polymorhism and Inheritance Multicore Environments ZHAW Institute of Embedded Systems Purpose Processor – How Far
Madhu Rayabhari, Semtech Mustafa Eral, Aselsan Dr. Shawn Prestridge, IAR Systems Can We Go?
Joseph Yiu, Arm
Surviving Automotive Power Dynamic Memory Allocation & Usage of Debugger in Hardware Improving Interface Adoption
Transients Fragmentation in C & C++ in the Loop Tests and Advancement with
George Slama, Colin Walls, Dr. Kristian Trenkel, Programmable Devices
Wurth Elektronik eiSos Mentor, a Siemens Business iSyst Intelligente Systeme Grant Jennings,
GOWIN Semiconductor
Want more? See page 12/13 for additional classes! 9CONFERENCE PROGRAM THURSDAY | 27 FEBRUARY 2020
Session 2.4: Connectivity V – Session 2.5: Connectivity VI – Session 3.3 I: Embedded OS V – Session 4.5: Functional Safety &
Security V – Hacking & Post Quantum
Cellular Comunication Wireless Comunication Virtualization & Partitioning I Security
09:30-10:00 5G is Here and Now – Bringing the Juggling Multiple IoT Protocols Impacts of Increased Software The Death of End-to-end Encryption
Dream of Autonomous Driving a Step Marius Munder, Silicon Labs Diversity on Embedded Systems and Personal Privacy
Closer to Reality Maarten Koning, Wind River Kris Chaplin, Intel
Martin Maussner, Qualcomm
10:00-10:30 Technical Principles and Simulations IEEE 802.11AX for IoT Bao: A Modern Lightweight Our Critical Cyber Infrastructure is
of the New 5G Radio Standard Shewan Yitayew, Embedded Hypervisor Under Attack: How We Can Protect it
Marco Roggero, The MathWorks Imagination Technologies Jose Martins, University of Minho with a Cloud-to-Flash Approach
Yoni Kahana, Nanolock security
10:30-11:00 Evaluation of Private LTE Networks IoT On-Demand: How NFC Helps to Xen on Arm: Real-Time Understanding DPA Threads and
for IoT Applications Control & Connect Sensors to the Virtualization with Cache Coloring Counter-Measures to Safeguard IoT
Ritu Sethi, Intel Cloud without the Need of an MCU Prof. Dr. Giulio Corradi, Xilinx Devices
Mubeen Abbas, Marius Munder, Silicon Labs
NXP Semiconductors Germany
11:00-11:30 Coffee Break
11:30-12:00 How Antenna Design and Integration DECT: Wireless for Professional Design Considerations of Embedded Defeating Superman – Protecting Code
is Evolving for Sub 6GHz 5G, and How Requirements Hypervisor for Safety Applications Against Fault Attacks
to Optimize Performance Daniel Hartnett, DECT Forum Leo Hendrawan, BlackBerry QNX Dr. Colin O‘Flynn, NewAE Technology
Dan Dobransky, Antenova
12:00-12:30 Protect the Worldwide IoT with iSIM Li-Fi TSN Node for Industrial Real- Utilizing OpenAMP in a Mixed Safety- Efficient and Secured Implementation
IP & Managed Services time Communications Critical System of Post-Quantum Cryptography
Dana Neustadter, Synopsys Dr. Michael Faulwaßer, Jeffrey Hancock, Dr. Thomas Poeppelmann,
Fraunhofer Institut für Photonische Mentor, A Siemens Business Infineon Technologies
Mikrosysteme
12:30-13:30 Lunch Break
Conference Sponsors Session 2.6: Session 3.3 II: Embedded OS VI – Session 4.6: Functional Safety &
Connectivity VII – LPWAN Virtualization & Partitioning II Security VI – Securing IoT
13:30-14:00 5G and LPWAN Fight or Team-up? Comparing Debugging Strategies for IoT Device and Data Security for uSoC
Dr. Hakim Jaafar, STMicroelectronics Complex Embedded Systems FPGAs at the Edge
Dr. Carmelo Loiacono, Grant Jennings,
Green Hills Software GOWIN Semiconductor
14:00-14:30 LoRa Cloud Enables Geolocation, Multicore-Debugging with Cognitive Platform for Industrial IoT
Device and Application Services for Virtualization-Awareness System Security, Safety and Privacy
LoRAWAN Metworks Frank Erdrich, emtrion Konstantinos Loupos, INLECOM
Pedro Pachuca, Semtech
14:30-15:00 Maintenance-free MIOTY LPWAN Multi Zone Security for Cortex-M Workshop on Flexible IoT Device
Enabled by Energy Harvesting Devices Security
Ferdinand Kemeth, Fraunhofer Cesare Garlati, Nicolas Ponsini, Oracle
Institute for Integrated Circuits IIS prpl Foundation / RISC-V Foundation
15:00-15:30 Coffee Break
15:30-16:00 A Threat and Risk Analysis Open Sourcing Safety Certification: Privacy & Security Implications for
Methodology for LoRa-based IoT The Xen Project‘s Journey within the IoT Platforms in Large Scale Utility
Systems Auto Industry and Beyond Deployment
Dr. Oana Fabiana Andreescu, Internet Lars Kurth, Citrix Mohit Kedia, Arm
of Trust
16:00-16:30 SPURV: Running Android on Challenges of Tomorrow‘s Data
Wayland Storage Integrity in Automotive and
Robert Foss, Collabora IOT Projects
Bernd Niedermeier, Tuxera
10 www.embedded-world.euTHURSDAY | 27 FEBRUARY 2020
Session 5.4: Session 6.7 I: SW-Engineering Session 7.1 I: Session 9.1 I:
Hardware IV – Applications VI – Code Quality I Embedded Vision I Embedded HMI & GUI I
Case Study: Embedded RISC-V Compiler Optimisations for the Application Case Study: Embedded HMI Design and
for Storage Smallest, Fastest Code Autonomous Optical Inspection Development: Learnings from
Ted Marena, Western Digital Greg Davis, Green Hills Software for Anomaly Detection a Decades‘ Experience of
Lowry Snow, Designing and Implementing
Amazon Web Services Industrual HMI Products
Henrik Goul, Mjølner Informatics
Low Voltage Motor Control System Increasing Software Architecture Adding Machine Learning Making the Cockpit of
Design for Mobile and Wireless IoT Model quality Using Automated Based Image Processing to the Future a Reality – Via
Devices – How to Operate a Stepper Checks Your IoT Product; Real Time Optimized Human Machine
or DC Motor From a Low Voltage Dr. Andreas Gaiser, Axivion Edge Processing on the Interfaces
Power Supply ConnectCore 8X Mazen El Hout, ANSYS
Bernhard Dwersteg, Greg Lytle, Au-Zone
Trinamic Motion Control
Capacitive ECG Monitoring for Novel Methods to Characterize Why Choosing the Right Scalable Safe HMI System
Wearables and Smart Clothes the Functionality of Software Machine Vision Software for Architectures
Daniel Laqua, Modules an Embedded Vision Product is Daniel Bernal, Arm
Technische Universität Ilmenau Johann Zipperer, Texas Instruments not a No-brainer
Christoph Wagner,
MVTec Software
Coffee Break
N-Blocks – A modular Low Power Software Performance Image Processing Capabilities UX Patterns for
Embedded Systems Platform Engineering for Embedded on Embedded Platforms, their Embedded HMI
Prof. Dr. Dirk Pesch, University Systems APIs and Required Resources Sebastian Ullherr,
College Cork Prof. Robert Oshana, NXP Sebastian Guenther, interfacewerk
Semiconductors Allied Vision Technologies
Predictive Maintenance Using Hack Proofing Your C/C++ Code APIs for Accelerating Embedded High-Performance User
Structure-borne Noise Analysis Greg Davis, Green Hills Software Vision and Inferencing: and Interaction on Low-level
Daniel Krüger, SYS TEC electronic Industry Overview of Options Embedded Systems
and Trade-offs Andy Walter, Rainer Dorau,
Neil Trevett, The Khronos Group macio
Lunch Break
Session 4.7: Functional Safety Session 5.5: Session 6.7 II: SW-Engineering Session 7.1 II: Session 9.1 II
& Security VII – Automotive Hardware V – Architectures VII – Code Quality II Embedded Vision II Embedded HMI & GUI II
Enhancement of Cyber Security Leveraging the Scalablility of the Steps to Improve Code Quality Simplified Edge Computing Next Generation Graphics
for Cyberphysical Systems in the RISC-V ISA to Create Optimized for Safer Embedded Systems and Computer Vision with – GPU Shader and Compute
Automotive Field Through Attack MCU Designs Marcus Nissemark, Green Hills OpenVINO Libraries
Analysis Yunsup Lee, SiFive Software Oluwatobi Oyinlola, Intel Robert Pickles, Core Avionics
Prof. Dr. Reiner Kriesten, Karlsruhe & Industrial (CoreAVI)
University of Applied Sciences
Fast, Furious and Insecure: Passive Embench 0.5: A Free Benchmark How to Prove that Your C/C++ MIPI Cameras: New Standard Qt and the Web – a Survey
Keyless Entry and Start Systems in Suite for IoT from an Academic- Code is Safe and Secure for Embedded Vision Frank Meerkötter, basysKom
Modern Supercars Industry Cooperative Christian Guss, The MathWorks Jan-Erik Schmitt, Vision
Lennert Wouters, imec-COSIC, KU Prof. David Patterson, UC Berkeley Components
Leuven
Vehicle Safety, Beyond ISO and The ParaNut/RISC-V Processor – An Using AI to Prioritize Static Direct Data Exchange Between How to Improve GUI Testing
ASIL, How Ethernet Networking Open, Parallel, and Highly Scalable Analysis Findings FPGAs and GPUs Using in an Agile Development
Components will Enhance the Processor Architecture for FPGA- Leonid Borodaev, Parasoft GPUDirect Process
Safety of Self-driving Cars based Systems Philipp Huber, ZHAW Institute of Gary Miller, Altia
Steffen Lorenz, Alexander Bahle, Prof. Dr. Gundolf Embedded Systems
NXP Semiconductors Germany Kiefer, UAS Augsburg
Coffee Break
Safety-Security Co-Analysis with Software PPA for RISC-V: Results Software Analysis with Event Using the ASTERICS Framework Compositing and the Reuse
Program is subject to change (as at 05.12.2019)
STPA: A Case Study on Connected from Real-world MCU Security Annotations for Rapid Prototyping and of Software in Safety Critical
Cars Applications Reinhard Keil, Arm Germany Education in Image Processing Graphics Applications
Dr. Lijun Shan, Internet of Trust Prof. Robert Oshana, on FPGAs Robert Pickles, Core Avionics
NXP Semiconductors Philip Manke, University of & Industrial (CoreAVI)
Applied Sciences Augsburg
The Service and Software A Cycle-accurate Trace Approach SARIF – A New Standard for Security 101 for Embedded Touchless HMI with Low
Oriented Vehicle; In-vehicle Micro- for RISC-V Systems Facilitating Static Analysis Tool Vision SoCs Power Gesture Detection
cloud Platform Gajinder Panesar, UltraSoC Integrations Mike Borza, Synopsys Dirk Seidel, Lattice
Dionis Teshler, GuardKnox Dr. Paul Anderson, GrammaTech Semiconductor
Want more? See page 12/13 for additional classes! 11CONFERENCE PROGRAM
TUESDAY | FEBRUARY 25 2020
Class 3.1: The Robert Berger Class: Class 5.1: How to Build & Secure a RISC-V Class 5.2:
Embedded Linux – a Crash Course Embedded System Ultra Low Power Hands-on Workshop
09:30-12:30 Embedded Linux – a Crash Course Ultra Low Power Hands-on Workshop
Robert Berger, Reliable Embedded Systems Herman Roebbers, Altran
14:30-18:00 How to Build & Secure a RISC-V Embedded System
Cesare Garlati, prpl Foundation / RISC-V Foundation
WEDNESDAY | FEBRUARY 26 2020
Class 3.2: Class 6.2: The Bruce Douglass Class 2: Advanced Class 6.3: The Greg Davis Class: Advanced
Embedded Android Workshop Behavioral Modeling in UML and SysML C/C++ Coding and Debugging Techniques
09:30-12:30 Embedded Android Workshop Advanced Behavioral Modeling in UML and SysML Advanced C/C++ Coding and Debugging Techniques
Karim Yaghmour, Opersys Dr. Bruce Douglass, Bruce-Douglass.com Greg Davis, Green Hills Software
14:30-17:30
THURSDAY | FEBRUARY 27 2020
Class 3.3: Fast Track to Class 3.4: Class 4.1: AES Cryptosystem Key Extraction on
OpenEmbedded and Yocto Project BeagleBoard-Class Standard Mikrocontroller and Countermeasures
09:30-12:30 Fast Track to OpenEmbedded and Yocto Introduction to Embedded Linux and AES Cryptosystem Key Extraction on Standard
Project Heterogeneous Computing Using BeagleBone AI Mikrocontroller and Countermeasures
Chris Simmonds, 2net Jason Kridner, Ole Dreessen, MAXIM INTEGRATED
Texas Instruments/BeagleBoard.org Foundation
14:30-16:30
12 www.embedded-world.euCLASSES
Class 6.1: The Bruce Douglass Class 1: embedded world Conference 2020
Agile for Embedded Systems – Connecting Embedded Intelligence
Agile for Embedded Systems
Dr. Bruce Douglass, Bruce-Douglass.com Classes:
In the embedded world Classes, reputed experts
speak on special topics for half a day or a full day.
This format is aimed primarily at participants who
want to familiarize themselves thoroughly and
efficiently with a specific topic. Straightforward and
concise dialogues with the experts help to answer
many questions and are an excellent opportunity
of quickly expanding your current expertise. The
classes aim at maximum learning goals.
With these equally compact and concentrated
classes, the embedded world Conference covers a
broad range of substantial aspects of embedded
systems in detail to offer developers competent
Class 6.4: Class 10.1: Integrating Arm Cortex-M Soft technical groundwork.
Safe Modern C++ CPU IP into FPGAs
Be sure to register now!
Safe Modern C++ Integrating Arm Cortex-M Soft CPU IP into FPGAs
Prof. Peter Sommerlad, FHO HSR Rapperswil Adam Taylor, Adiuvo Engineering & Training
Class 6.5: The Bruce Douglass Class 3: Class 10.2: FPGA-Design using C/C++ and
Effective Use Cases, User Stories and Scenarios High-Level Synthesis
Effective Use Cases, User Stories and Scenarios FPGA-Design Using C/C++ and High-Level Synthesis
Dr. Bruce Douglass, Bruce-Douglass.com Prof. Frank Kesel, Hochschule Pforzheim
13COMMENTS ON THE CONFERENCE 2019
„The embedded world Conference provides an excellent opportunity for
engineers to come together to experience high quality technical content
over three days. Personally, I enjoy speaking at the conference and the
technical interactions with like-minded developers.“
Greg Davis, Director of Engineering, Compilers at Green Hills Software
„The embedded world Conference and exhibition is a unique event in
the embedded systems industry because of the mix of excellent technical
content in the conference and the right attendees and exhibitors in the
exhibition. For learning about the latest in embedded technology, to
meeting with partners and customers, Embedded World has provided
great value for me personally and for Imperas Software.“
Larry Lapides, VP Sales, Imperas Software Ltd.
„Thank you guys for the excellent organization [as always!].“
Colin Walls, Embedded Software Technologist, Mentor, a Siemens Business
„For me, the embedded world Conference is Europes leading
communication platform to engage with developers and decision makers.
Every year, Arm participates at the conference track with our best experts
on topics that should soon be significant for the embedded industry.
I really enjoy the interaction with our users that provide us with their
feedback. This makes embedded world special and my personal key event
every year!“
Reinhard Keil, Arm Germany
„For high-tech professionals who want to stay ahead of the innovation
curve, The Embedded World Conference offers a unique mix of well curated
topics from industry and research. Year after year I return to the Conference
to learn about technology trends and to connect with industry peers. What
sets the Conference apart is the quality of the speakers, the relevance of the
subjects, and the truly non-commercial content of the sessions. See you in
Nuremberg in February 2020!“
Cesare Garlati, Founder Hex Five Security, California, USA
14 www.embedded-world.euUPCOMING EVENTS 2020
Upcoming Events:
Automotive Ethernet Congress
12-13 February 2020, Munich
www.automotive-ethernet-congress.de
TSN/A Conference –
Technology & Applications
7-8 October 2020, Frankfurt
www.tsnaconference.de
Wireless Congress:
Systems & Applications
11-12 November 2020, Munich
www.wireless-congress.deEMBEDDED WORLD – A BUSTLING PLACE TO MEET
At embedded world, trade fairs and conferences complement each other perfectly.
New technologies and ideas will be presented at the conference, and visitors can experience
how current innovations are transformed into products at the trade fair.
The keynote is always a highlight of the embedded world
Conference. In 2019 Jean-Marc Chery, CEO of ST Microelectronics,
was guest speaker.
In the classes, the participants
immerse themselves deeply in a technical topic.
Many of the classes are hands-on workshops in which the trainer gives
a live demonstration or the participants themselves take action.
WEKA‘s stand is as busy as a beehive: Developers, Partners
and Executives meet and greet and are being interviewed.
16 www.embedded-world.euEMBEDDED WORLD – A BUSTLING PLACE TO MEET
Visitors´s Branches of Industry
(Multiple answers, extract)
21% (21%)
Industrial controls
15% (14%) In 2019 the embedded world Conference
Software / system house and electronic displays Conference enjoyed
1,991 participants and speakers from 52
countries, and impressed the experts
13% (12%) with their first-class, high-quality
25% (25%) Computers / PC peripherals
professional programmes.
Automotive industry / Now in its 17th year, embedded
electronics
12% (12%) world has once again impressively
Telecommunication
demonstrated that there is a
4% (4%) Safety good reason why it is known
5% (5%) Consulting as the leading exhibition for
6% (6%) Arospace / military 11% (11%) the international embedded
Data communication /
M2M community. It was larger again in
6% (6%) Energy technology 2019, with more space and more
7% (6%) Security 9% (9%) exhibitors. 1,117 (+9%) companies
Consumer electronics
7% (7%) Mechanical engineering from around the world, occupying
9% (9%) six exhibition halls, showed more
7% (7%) Display technology (hardware)
Analyzing and testing than 30.895 embedded experts from
8% (8%) 9% (9%) 84 countries where the journey in the
Building automation
8% (8%) 8% (7%)Medical engineering Internet of Things and the increasingly
Distribution
University digitalised world is leading.
Source: NürnbergMesse
Program online –
register now!
February 26-27, 2020
Messezentrum Nuremberg Conference Sponsors (as at 28.11.2019)
First-class professional knowledge
for display experts
From 26 to 27 February 2020, engineers, developers, project leaders,
managers, scientists and users of electronic displays will once again be
able to learn about the latest display technologies.
Session Topics:
■ Display Trends & Technologies ■ Gestures & HMI
■ Touch Technologies ■ Automotive Displays & Touch
■ (Automotive) Interface Technologies Integration
■ Display Technologies & Applications ■ HDR Measurements
■ (Automotive) GUI/HMI ■ Rough Display Applications
Organized by:
■ Head-Up Displays ■ LCDs & Haptic Feedback
■ Display Glass & Measurements ■ Micro-LEDs
■ Local Dimming for Automotive LCDs ■ Display Measurements
■ AR/VR: Techniques & Applications ■ Display Improvements
Powered by:
www.electronic-displays.de
17Venue: NürnbergMesse
Messezentrum NCC Ost
90471 Nuremberg, Germany
Details and Registration:
www.embedded-world.eu
Please tick:
Tuesday Wednesday Thursday
CLASSES Feb 25, 2020 Feb 26, 2020 Feb 27, 2020
embedded world Conference 2020 am pm am pm am pm
Class 3.1 The Robert Berger Class: Embedded Linux – a Crash Course n
Class 3.2 Embedded Android Workshop n
Class 3.3 Fast Track to OpenEmbedded and Yocto Project n
Class 3.4 BeagleBoard-Class n
Class 4.1 AES Cryptosystem Key Extraction on Standard µC and Countermeasures n
Class 5.1 How to Build & Secure a RISC-V Embedded System n
Class 5.2 Ultra Low Power Hands-on Workshop n
Class 6.1 The Bruce Douglass Class 1: Agile for Embedded Systems n
Class 6.2 The Bruce Douglass Class 2: Advanced Behavioral Modeling in UML and SysML n
Class 6.3 The Greg Davis Class: Advanced C/C++ Coding and Debugging Techniques n
Class 6.4 Safe Modern C++ n
Class 6.5 The Bruce Douglass Class 3: Effective Use Cases, User Stories and Scenarios n
Class 10.1 Integrating Arm Cortex-M soft CPU IP into FPGAs n
Class 10.2 FPGA-Design using C/C++ and High-Level Synthesis n
Conference Fees Early Rate until January 16, 2020 | Late Rate from January 17, 2020
Fees Classes Early Rate Late Rate Fees Sessions Early Rate Late Rate
1 Half Day Class EUR 415.00 EUR 475.00 1 Half Day Block EUR 350.00 EUR 400.00
2 Half Day Classes EUR 700.00 EUR 805.00 2 Half Day Blocks EUR 480.00 EUR 540.00
3 Half Day Classes EUR 1085.00 EUR 1250.00 3 Half Day Blocks EUR 605.00 EUR 690.00
4 Half Day Classes EUR 1465.00 EUR 1685.00 4 Half Day Blocks EUR 710.00 EUR 810.00
5 Half Day Classes EUR 1830.00 EUR 2105.00 5 Half Day Blocks EUR 805.00 EUR 910.00
6 Half Day Classes EUR 2040.00 EUR 2350.00 6 Half Day Blocks EUR 850.00 EUR 980.00
All fees excluded 19% VAT
* Please note: In order to be registered you have to fill in all required fields marked with an asterisk (*). (A confirmation email will be sent to you.)
If yot want to state a different billing-address: Please register online.
I am: Exhibitor Student Co-Speaker (with )
Company
Mr./Ms./Title*First Name*Last Name*
ion-
Street/No.*Department
Exhibit
Ticket
d!
include
ZIP-Code*City*Country*
Phone*E-Mail*
Date/Signature*
Register online: www.embedded-world.eu
or send this fax registration form to + 49 (0) 89 / 255 56 – 0155
Please make sure that you are sending both pages!
18Please tick:
Tuesday, Wednesday, Thursday,
SESSIONS Feb 25, 2020 Feb 26, 2020 Feb 27, 2020
embedded world Conference 2020 Block 1 Block 2 Block 3 Block 4 Block 5 Block 6
am pm am pm am pm
Session 1.1 Internet of Things I – Trusted Computing n
Session 1.2 Internet of Things II – Platforms n
Session 1.3 Internet of Things III – Data Management, Edge, Fog, Cloud n
Session 2.1 Connectivity I – Wired Communication n
Session 2.2 Connectivity II – TSN n
Session 2.3 I/II Connectivity III/IV – Bluetooth I/II n n
Session 2.4 Connectivity V – Cellular Comunication n
Session 2.5 Connectivity VI – Wireless Comunication n
Session 2.6 Connectivity VII – LPWAN n n
Session 3.1 I/II Embedded OS I/II – Basics I/II n n
Session 3.2 I/II Embedded OS III/ IV – Linux I/II n n
Session 3.3 I/II Embedded OS V/VI – Virtualization & Partitioning I/II n n
Session 4.1 Functional Safety & Security I – Standards n
Session 4.2 Functional Safety & Security II – Functional Safety Architectures n
Session 4.3 I/II Functional Safety & Security III/IV – Hardware Security I/II n n
Session 4.5 Functional Safety & Security V – Hacking & Post Quantum Security n
Session 4.6 Functional Safety & Security VI – Securing IoT n
Session 4.7 Functional Safety & Security VII – Automotive n
Session 5.1 Hardware I – Memory n
Session 5.2 Hardware II – Power & Data n
Session 5.3 Hardware III – Power Supply n
Session 5.4 Hardware IV – Applications n
Session 5.5 Hardware V – Architectures n n
Session 6.1 I/II SW–Engineering I/II – Languages & MISRA I/II n n
Session 6.3 I/II SW–Engineering III – Development Process I/II n n
Session 6.4 I/II SW–Engineering IV/V – Testing & Debugging I/II n n
Session 6.7 I/II SW–Engineering VI/VII – Code Quality I/II n n
Session 7.1 I/II Embedded Vision I/II n n
Session 8.1 Intelligent Systems I – AI Applications n
Session 8.2 Intelligent Systems II – Autonomous Transportation n
Session 8.3 I/II Intelligent Systems III/IV – AI & ML Technologies I/II n n
Session 9.1 I/II Embedded HMI & GUI I/II n n
Session 10.1 SoC I – Supply Chain n
Session 10.2 SoC II – Analog, RF & Mixed Signal n
Session 10.3 SoC III – Tools & Verification n
Session 10.4 I/ II SoC IV/V – System Technology I/II n n
Terms and Conditions:
1. The attendance fee includes participation on the booked conference days, proceedings, refreshments and free admission to the
embedded world 2020 Exhibition. If morning and afternoon blocks/classes are booked, lunch is also included for that day.
2. You will receive a confirmation of your conference registration along with your invoice.
3. Cancellations received in writing before or on February 04, 2020 will be subject to a service charge of EUR 50 for one-day registrations
and EUR 100 for several-days registrations. For all cancellations received after February 05, 2020 the full conference fee remains
payable. Substitutions within the same company are welcome at any time.
4. The organizers reserve the right to make changes in the program and/or speakers or to cancel sessions/classes if conditions beyond
its control prevail. Please check www.embedded-world.eu for the latest conference information. Contact: Ms. Juliane Heger
5. Students are granted a 50% reduction, student ID required. Please submit by fax to + 49 (0) 89 / 255 56 - 0155 or by email to Phone: +49 (0) 89 / 255 56 - 1155
JHeger@weka-fachmedien.de. Email: JHeger@weka-fachmedien.de
6. Exhibitors will receive a discount of 25%. Please use the code: EWC20EXHIB WEKA FACHMEDIEN GmbH
7. For registrations of five persons and more from one company, please contact our conference department for special rates. Richard-Reitzner-Allee 2
8. On-site-registration: Please register in advance. For on-site-registration a surcharge of EUR 70 per attendee will apply.
85540 Haar, Germany
19Develop Your Software to the
Highest Levels of Safety
and Security
Develop and deploy your next-generation embedded systems with confidence to the highest levels
of safety and security by leveraging Green Hills Software’s 37+ years of world-class
design and certification expertise.
Call us on +49 228 4330 777 or book an embedded world meeting at www.ghs.com/go/ew-meet
Stand 4-325
Copyright © 2019 Green Hills Software. Green Hills and the Green Hills logo are registered trademarks of Green Hills Software. All other product names are trademarks of their respective holders.You can also read
