Tools and Benchmarks for Real-Time Systems

Challenge 2019 Solution #3: An analytical approach for calculating end-to-end response times in autonomous driving appli
Replies: 2

Challenge 2019 Solution #2: Combined Data Transfer Response Time and Mapping Exploration in MPSoCs
Replies: 1

Challenge 2019 Solution #1: CPU-GPU Response Time and Mapping Analysis for High-Performance Automotive Systems
Replies: 1

Challenge 2019 Solution #4: Addressing Analysis and Partitioning issues for the WATERS 2019 Challenge
Replies: 1

Evaluation Framework for Self-Suspending Task Systems

A time, energy and security coordination approach

Machine Learning Based Cross-Platform Runtime Prediction

Interference analysis of shared last-level cache on embedded GP-GPUs with multiple CUDA streams

On an industrial approach for multi-core timing analysis

The challenge of profiling multi-core safety-critical embedded systems

Easy analysis of hard real-time systems – how far can we get?

Memory contention model (example)
Replies: 7

Amalthea Model of the Industrial Challenge 2019
Replies: 5

Description of the WATERS Industrial Challenge 2019
Replies: 5

Extending the Amalthea model to introduce hardware heterogeneity
Replies: 1

The 2019 industrial challenge

Keynote

Compilation for Real-Time Systems - An Overview of the WCET-Aware C Compiler WCC

Bosch WATERS Challenges Reloaded: Moving from Classical to High Performance Real-time Systems

RTProb - Real Time Probabilistic Tool for Probabilistic Schedulability Analysis using Markov Chain

Modeling Accesses to Shared Memories in Multi-Processor Systems-on-Chip (MPSoCs)

Applying formal methods to the configuration and verification of Trampoline RTOS

Challenges in partitioned systems based on hypervisor: XtratuM case

Industrial Challenge 2018

Updated challenge model

Keynote by Reinhard von Hanxleden
Replies: 2

Challenge 2017 Solution #1: Logical Execution Time Implementation and Memory Optimization Issues in AUTOSAR applications
Replies: 2

Panel discussion: "Programming adaptive real-time systems"
Replies: 7

Abstract: Time4Sys in a Nutshell
Replies: 1

Challenge 2017 Solution #4: Compositional Analysis for the WATERS Industrial Challenge 2017
Replies: 2

The 2018 industrial challenge

Challenge 2017 Solution #2: WATERS Industrial Challenge 2017 in Prelude
Replies: 2

Analysis and Simulation Tools for Probabilistic Real-Time Systems

HGT: An Open-Source Framework for Simulating Parallel Real-Time Tasks

Exploring the Interaction between Functional Performance and Scheduling Abstractions

Extending an Automated Testing Framework to Support Agile eXtreme Programming Development Concepts

Abstract: Qualification Challenges in Next Generation Automotive Performance ECUs

Challenge 2017 Solution #5: End-To-End Latency Characterization of Implicit and LET Communication Models
Replies: 2

Challenge 2017 Solution #3: Comparison of Memory Access Strategies in Multi-core Platforms Using MAST
Replies: 1

Challenge 2015 New Solution: Verification of an Aerial Video System
Replies: 1

Evaluation of Mixed-Criticality Scheduling Algorithms using a Fair Taskset Generator
Replies: 2

Calculating Latencies in an Engine Management System Using Response Time Analysis with MAST
Replies: 1

Abstract: Code Generation of Time Critical Synchronous Programs on the Kalray MPPA Many-Core architecture
Replies: 1

Keynote by Robert I. Davis

Schedulability and Timing Analysis of Mixed Preemptive-Cooperative Tasks on a Partitioned Multi-Core System

Computational Analysis of Complex Real-Time Systems – FMTV 2016 Verification Challenge

FMTV 2016: Where is the Actual Challenge?

A Novel Analytical Technique for Timing Analysis of FMTV 2016 Verification Challenge Benchmark

Model Interpretation for an AUTOSAR compliant Engine Control Function

NTGEN: a Network-on-Chip Traffic Generator toolkit for latency analysis