http://occn.sourceforge.net/occn_wpaper_pre_rev.pdf

OCCN: a NoC modeling framework for design exploration

This paper presents a tool for exploring different parallelization options for an application. It can be used to quickly find a high-quality match between an application and a multi-processor platform architecture. By specifying the parallelization at a high abstraction level, and leaving the actual source code transformations to the tool, a designer can try out many parallelizations in a short time. A parallelization may use either functional or data-level splits, or a combination of both. An accompanying high-level simulator provides rapid feedback about the expected performance of a parallelization, based on platform parameters and profiling data of the sequential application on the target processor. The use of the tool and simulator are demonstrated on an MPEG-4 video encoder application and two different platform architectures.

Exploring parallelizations of applications for MPSoC platforms using MPA

Future networked appliances should be able to download new services or upgrades from the network and execute them locally. This flexibility is typically achieved by processors that can download new software over the network, using JAVA technology. The paper demonstrates that FPGAs are a realistic implementation platform for thin server or client applications. FPGAs can offer the same end-user experience as software based systems, combined with more computational power and lower cost.

/pdf/design-technology-for-networked-reconfigurable-fpga-41evfc7c3z.pdf

Design Technology for Networked Reconfigurable FPGA Platforms

The development of sensor hardware have made it possible to transmit real time multimedia data over a wireless medium using tiny resource constrained sensors. However, in current wireless sensor networks, multimedia traffic which has stringent bandwidth and delay requirements is not distinctively differentiated from other data types during transmission which makes it difficult to meet its service requirements. Next generation wireless sensor networks are predicted to deploy a different model where service is allocated depending on the nature of data to be transmitted. Applying traditional wireless sensor routing algorithms to wireless multimedia sensor networks may lead to high delay and poor visual quality for multimedia applications. In this paper, we propose a priority based rate routing protocol that assigns priorities to traffic depending on their service requirements. We study, the performance of our proposed routing algorithm for real time traffic when mixed with three non real time traffic but with different priorities: high, medium and low priority. Initial results from the simulation show that the proposed algorithm performs better compared to two existing algorithms PCCP and CCF in terms of delay, loss and throughput.

/pdf/a-priority-rate-based-routing-protocol-for-wireless-17t2korm5r.pdf

A Priority Rate-Based Routing Protocol for Wireless Multimedia Sensor Networks

This paper describes the use of the multi-paradigm aspects of SystemC to develop hardware libraries, to reuse designs, to accelerate simulation, and to allow efficient design space exploration both at the RTL and architectural levels. Concepts of commonality and variation supported by C++ are used to compare SystemC capabilities to those of VHDL.

A VHDL/SystemC Comparison in Handling Design Reuse

This paper discusses the use of C++ for the design of digital systems. The paper distinguishes a number of different approaches towards the use of programming languages for digital system design and will discuss in more detail how C++ can be used for system modeling and refinement, for simulation, and for architecture design.

/pdf/system-level-design-using-c-5fff1j4gyd.pdf

System level design using C

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System level design using C