1.1.1 Keynote: System Design Challenges for Next Generation Wireless and Embedded Systems [1]
1.1.2 Keynote: The Growing Importance of Microelectronics from a Foundry Perspective [2]
2.2 Panel: Emerging vs. Established Technologies: A Two Sphinxes' Riddle at the Crossroads? [3]
2.3 Making Automotive Systems Safer and More Energy Efficient [4]
2.4 Modern Challenges in Analog and Mixed-Signal Design [5]
2.5 Low-Power and Efficient Architectures [6]
2.6 Real-Time Memory Hierarchies [7]
2.7 Yield and Reliability for Robust Systems [8]
2.8 Hot Topic: Technology Transfer towards Horizon 2020 [9]
3.2 Panel: The World Is Going... Analog & Mixed-Signal! What about EDA? [10]
3.3 Secure Hardware Primitives and Implementations [11]
3.4 Modeling and Optimization of Power Distribution Networks [12]
3.5 Robust Architectures [13]
3.6 Cyber Physical Systems: Security and Co-design [14]
3.7 On line Strategies for Reliability [15]
4.2 Hot Topic: Multicore Systems in Safety Critical Electronic Control Units for Automotive and Avionics [17]
4.3 Secure Device Identification [18]
4.4 "Almost There" Emerging Technologies [19]
4.5 Memory System Architectures [20]
4.6 Code Generation and Optimization for Embedded Platforms [21]
4.7 Dependable System Design [22]
5.1 Hot Topic: Predictable Multi-Core Computing [23]
5.2 Hot Topic: Hacking and Protecting Hardware: Threats and Challenges [24]
5.3 Reliable Systems in the Age of Variability [25]
5.4 Prediction and Optimization of Timing Variations [26]
5.5 Boosting the Scalability of Formal Verification Technologies [27]
5.6 Emerging Logic Technologies [28]
5.7 Test generation and optimization [29]
5.8 System Integration - The Bridge between More than Moore and More Moore [30]
6.1 Hot Topic: The Fight against Dark Silicon [31]
6.2 Embedded Tutorial: Emerging Transistor Technologies: From Devices to Architectures [32]
6.3 Management of Micro/Macro Renewable Energy Storage Systems [33]
6.4 Power Delivery and Distribution [34]
6.5 Beyond EDA: Extending the Application Domain of Formal Methods [35]
6.6 Model-Based Design and Hardware/Software Interfaces [36]
6.7 Hardening Approaches at Different Design Levels [37]
7.0 Special Day Keynote [38]
7.2 Embedded Tutorial: Cross Layer Resiliency in Real World [39]
7.3 Low Power Methods and Multicore Architectures for Mobile Health Applications [40]
7.4 Runtime Memory Optimization and GPU/Manycore Architectures [41]
7.5 Emerging Memory Technologies [42]
7.6 Performance and Timing Analysis [43]
7.7 Design-for-Test and Test Access [44]
8.1 System Simulation and Virtual Prototyping [45]
8.2 Hot Topic: Near Threshold Computing (NTC) [46]
8.3 Physical Attacks and Countermeasures [47]
8.4 Efficient Designs for Telecom and Financial Applications [48]
8.5 Modeling & Specification [49]
8.6 Mapping and Scheduling for Many-Core Embedded Systems [50]
8.7 Performance Modeling and Delay Test [51]
8.8 Hot Topic: Beyond CMOS Ultra-low-power Computing [52]
9.1 Hot Topic: CMOS Scaling - from Evolutionary to Revolutionary Computing [53]
9.2 Low-Cost, High-Performance NoCs [54]
9.3 Hardware Implementations for Data Security [55]
9.4 Timing challenges in validation [56]
9.6 Schedulability Analysis [58]
9.7 Timing Analysis and Cell Design [59]
9.8 Embedded Tutorial: Memcomputing: The Cape of Good Hope [60]
10.1 Hot Topic: Memories Today and Tomorrow [61]
10.2 Wireless NoCs [62]
10.3 Green Computing Systems [63]
10.4 System-level Evaluation [64]
10.5 Analysis of Components and Systems [65]
10.6 Multi-processor and Distributed Systems [66]
10.7 Advances in Synthesis [67]
11.0 Special Day Keynote: Organic Electronics - From Lab to Markets [68]
11.1 Embedded Tutorial: Alternatives to CMOS [69]
11.2 Transitioning NoC Design Techniques to Future Challenges [70]
11.3 Industry Relevant Research and Practice for System Design [71]
11.4 Enabling validation on fast platforms [72]
11.5 Memory Resource Allocation and Scheduling in MPSoC [73]
11.6 System-Level Thermal Estimation and Management [74]
11.7 Power and Emerging Technologies in Reconfigurable Computing [75]
11.8 Embedded Tutorial: GPGPUs: How to Combine High Computational Power with High Reliability [76]
12.1 Hot Topic: The Future of Interfacing to the Natural World [77]
12.2 Hot topic: How Secure are PUFs Really? On the Reach and Limits of Recent PUF Attacks [78]
12.3 Multimedia Systems [79]
12.4 Physical Aspects [80]
12.5 System-level Design Space Exploration [81]
12.6 Error Resilience and Power Management [82]
12.7 Built-in Self-test Solutions for Mixed-signal and RF ICs [83]
12.8 Panel: Future SoC Verification Methodology: UVM Evolution or Revolution? [84]