Druckansicht einstellen

Welche Veranstaltungen sollen in der Druckansicht angezeigt werden?

CLASS 3.1 The Robert Berger Class: Embedded Linux - a Crash Course

Embedded Linux – a Crash Course

CLASS 5.1 How to Secure RISC-V and Cortex-M Embedded Applications

How to Build & Secure a RISC-V Embedded System

How to Build Hardware-enforced Software-defined Separation in Cortex-M Devices

CLASS 5.2 Ultra Low Power Hands-on Workshop

Ultra Low Power Hands-on Workshop

CLASS 6.1 The Bruce Douglass Class 1: Agile for Embedded Systems

Agile for Embedded Systems

SESSION 1.1 Internet of Things I - Trusted Computing

Enabling TPM2.0 for Industrial and Automotive Applications with an Open Source Software Stack

Protection Technologies

Increasing Resilience of Connected Systems with Secure Flash

MARS - Trusted Computing for Low-End Devices

SESSION 2.1 Connectivity I - Wired Communication

Migration from Classical CAN to CAN FD

Multi-Level CAN (FD) Security, Combining Available Technologies

CANopen FD Devices Identification via New Layer Setting Services (LSS)

Single Pair Ethernet: the Key for Seamless IP-based Sensor2cloud Communication

Single Pair Ethernet Filter Design

SESSION 2.2 Connectivity II - TSN

Enhancing Real Time Industrial IoT Communication over TSN: A Technological Study…

The Timing is Right to Move to Ethernet for Automotive Audio

Time Synchronization for TSN

Performance Impact of Security for Real-time Fieldbus Traffic in a TSN Network

A Scalable and Effective Design Approach in Enabling TSN for RTOS: A Case in Enabling TSN on Zephyr RTOS...

Time Synchronization through Time GPIO

SESSION 3.1 I Embedded OS I - Basics I

How does an IoT RTOS Differ to a Traditional RTOS?

OS Evolution: Monolithic to Microkernel to Multi-kernel

Best Practices for Designing RTOS-based Applications

Multi-Tasking Communication Patterns in C

Mutex vs. Semaphores

SESSION 3.1 II Embedded OS II - Basics II

Embedded Multicore: Enablement of Heterogeneous OSes and Mixed Criticality Systems

Connecting Microcontrollers to the Cloud Using MQTT, Bluetooth LE, and HTTP

Android Automotive

Realtime Linux Kernel vs. Heterogeneous Multi-cores

Progress on the AUTOSAR Adaptive Platform for Intelligent Vehicles

Be Secure and Never Use /bin/dd Again: What IoT Developers Can Learn from Automotive OTA Updating

SESSION 4.1 Functional Safety & Security I - Standards

AUTOSAR, ISO 26262, SAE J3061: So Many Rules, So Little Time!

Top Misunterstandings About Functional Safety Reloaded

Update on Maintenance of IEC 61508-3 for Safety Software

Impact of the 3rd Edition of IEC 61508-1/-2 on Your Development

Process Control Cybersecurity Gets Serious: IEC 61508 and IEC 62443-4-1 in Tandem

SESSION 4.2 Functional Safety & Security II - Safety Architectures

Maintaining Separation for Security and Safety in Mixed Criticality Systems

Planning Software Architecture and Modelling Patterns for ISO 26262 Compliance

Modeling and Code Generation for Safety Critical Systems

Using Deep Neural Networks (DNN) in Safety-critical IEC 61508 Compliant Applications

Flight Safety Certification Implications for Complex Multi-Core Processor based Avionics

How to do Functional Safety on Unsafe Hardware

SESSION 5.1 Hardware I - Memory

Wear Estimation for Devices with NAND Flash Memory

Anticipating Data Reliability in Managed NAND Systems

How to Avoid End of Life from NAND Correctable Errors

Memory Architecture in Autonomous Vehicles

eNVM Technology Choices for Advanced Automotive, Industrial and Multi-market Solutions on <40nm Process Technologies

SESSION 6.1 I SW-Engineering I - Languages & MISRA I

C – The Language of Embedded

Introducing Rust from a C Programmer's Perspective

Safety-Critical Software Development in C++

MISRA Working Group Situation Report

MISRA C++ 202x: Will your C++ be Ready?

SESSION 6.1 II SW-Engineering II - Languages & MISRA II

Undecidable Rules and How to Live with Them

BARR-C:2018 and MISRA C:2012: Synergy Between the Two Most Widely Used C Coding Standards

Integration of AUTOSAR C++ Coding Guidelines into MISRA C++

MISRA C: a Focus on Writing Clear, Maintainable Code

The Practicalities of MISRA Compliance / Why the MISRA Deviation Process is Key to Language Subset Adaptability

Software Intelligence for an Efficient MISRA Compliance Strategy

SESSION 8.1 Intelligent Systems I - AI Applications

Voice Enabled IoT Devices, Everywhere

Visual Focus Capturing for Ambient Assisted Living

Design and Verification of Algorithms for Object Detection and Tracking Using Lidar Data

Federated Learning and Edge Machine Learning

How to Meaningfully Benchmark Edge-Inference Performance in the New Age of Hardware Acceleration

SESSION 8.2 Intelligent Systems II - Autonomous Transportation

Implementing AI for Automated Vehicles

Design Considerations in an Autonomous Drive Vehicle

Creation and Automatic Variation of Traffic Scenarios for Virtual Validation of Automated Driving Systems

Certifying Neural Networks for Autonomous Flight

How to Manage the Multi Gigabit Data Streams Coming from Next Generation of Cameras and Radars

Hardware-Aware Grid Fusion Networks for Automotive

SESSION 10.1 SoC I - Supply Chain

FAKE! The Counterfeit Microchips Industry in China – How it Works, and How to Fight it

A More Secure Silicon Supply Chain

Going the Extra Mile – Silicon Foundries Committing to Long Term Reliability for Embedded Processors

Embedding Blockchain into Electronics

Configuration of a Blockchain for Supply Chain Management

SESSION 10.2 SoC II - Analog, RF & Mixed Signal

Ease Design Success in nm Analog Using Generators

Analog Computer on a Chip – Compiling Solutions

Changing the Precision Conversion Playing Field with Heterogeneous Integration

Systematic Identification of Substrate Noise Coupling Effects

Assembly Design Kit Construction Using RF-Blocks in Package Technologies

SESSION 10.3 SoC III - Tools & Verification

Impact of RISC-V Adaptability on SoC Verification Methods

Verification of RISC-V SoC Designs Using Formal Methods

Embedded Co-debugging Made Easy with Intuitive Instrumented SoC FPGA

Optimally Balancing Simulation, Emulation and Prototyping for System on Chip Development

Algorithm Acceleration with High-Level Synthesis

System Software Development for Pre-Silicon Designs

Vorträge Ausstellerforum

Security for IT, OT, embedded → same difference?

Machine learning on the edge: AI Embedded Vision System von Basler mit AWS Cloud Verbindung

Autonomous driving: Braking the Drive-Find-Fix Barrier Company:

Embedded vision in ArgiTech: livestock weight monitoring

PCB design and product localization in Russia

Streamline AI into your embedded solution?

MVTec HALCON Deep Learning for Embedded Devices

Embedded GPU’s – Implementing AI at the Edge

From Platform to Component – Requirements Reuse Under Control with Siemens Polarion

HARMAN AudioworX – A Comprehensive & Embedded Audio Software Platform

Harnessing AI and Computer Vision Technology to Enhance Vehicle Safety

Augmented Reality für optimierte Workflows – Wie die macio GmbH ihre Projektpartner mit HMI Entwicklung unterstützt

Over-The-Air Software Updates for Connected Devices: Key Considerations

The First Low ESR, Slim-profile, Reflowable Ultracapacitor

embedded world Start-up Presentation

Start-up Presentation

Start-up Presentation

Startups & Young Professionals

Startups stellen sich vor

Die hohe Kunst für nachhaltiges Recruiting

Wie Kooperationen mit Startups etablierte Firmen noch besser machen

Automotive

Kein Connected Car ohne Security

Autonomes Fahren – Entwicklungskomplexität beherrschen

Moderne Lichtkonzepte – das Stimmungslicht wird funktional

Software Considerations for Safety and Security Critical Systems

Potenzial von 5G und KI im Auto

Autonomes Fahren – hohe Anforderungen an Datenlogging

Safety & Security im Fokus

Safety und Security im Kontext AUTOSAR