SLIDES
9th July |
10th July |
11th July |
12th July |
13th July |
Session 2:
Multi-processor SOC Building Systems on a Chip with Trimedia technology
From Applications to Multi-Processor DSP Architectures
Energy-efficient design and management of SoCs
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Session 4:
RTOS for Embedded Systems From a distributed embedded RTOS to a pragmatic
framework for multi-core SoC
Task-level run-time scheduling
approach
Modeling real-time
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Session 6:
Embedded RT-SW Challenges in Network Processor Architec-tures and Embedded S/W Tools
Challenges in Network Processor Architec-tures and Embedded S/W Tools
Adaptive EPIC Processors and Com-pilation Techniques
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Session 8: System-Level
Architecture
Communication architectures for deep-submicron VLSI Systems
System Architectures: Hardware or Software dominant ? A Case Study:
xDSL modems
Architecture and Implementation of Application-Specific Multi-processor
SOCs for Digital TV (DTV) and Media-Processing Applications
Testing Future System-on-Chips: Challenges and Emerging Techniques
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Session 1: Embedded
System Specification
Specification and Validation for Heterogeneous
Multi-processor SoC
Platform based design of embedded systems-on-chip
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Session 3:
RTOS for Embedded Systems Real-Time Operating Systems: Principles
RTOS for Embedded Systems and SoC
Real-Time Inter-Pro-cessor Synchronization Algorithms
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Session 5:
System-Level Architecture
The Architecture of Multiprocessor Systems on a
Chip
SOC Multiprocessor Architecture and Modeling
Architectural challenges and oppor-tunities for systems on a chip
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Session 7:
Embedded RT-SW Multiprocessor SoCs for Video Processing
Configuring the Jazz VLIW-DSP Core for Application
Specific Requirements
Static scheduling for embedded systems
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Session 9:
SoC Validation and Test System on Chip: Embedded Test Strategies
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