Guide Communication Architectures for Systems-on-Chip (Embedded Systems)

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References: S. Pasricha, N. Dutt, M. Dutt, E. Bozorgzadeh, M. References: A.

DPCI: An Efficient Scalable System-on-chip Communication Architecture

Shrivastava, I. Issenin, N. Issenin, E. Brockmeyer, M. Miranda, N. With increasing memory content in systems, their percentage contribution to total power dissipation is predicted to further increase in future technologies. We have developed a generic methodology and models for estimation of power dissipation in array structures at different levels of the design hierarchy.

At the transistor level, we developed a generic methodology to generate characterization based analytical power models for array structures. At the Register Transfer level RT level , we developed an estimation tool named Implementation Dependent Array Power estimator IDAP that estimates power dissipation based on a high-level design description of the memory arrays.

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IDAP estimates both leakage and dynamic power dissipation in array structures. Finally, at the micro-architecture level, we developed eCACTI enhanced CACTI , a tool that a estimates the power dissipation in caches, and b determines the optimal cache configuration that best meets the optimization criterion. Reference: M. Mamidipaka, K. Khouri, N. A high-quality ISE generation approach needs to obtain results close to those obtained by experienced designers, particularly for complex applications that exhibit regularity: expert designers are able to exploit manually such regularity in the data flow graphs to generate high-quality ISEs.

Experimental results on a number of MediaBench, EEMBC and cryptographic applications show that our approach matches the quality of the optimal solution obtained by exhaustive search. References: P. Biswas, S.

Multi-processor system-on-chip

Banerjee, N. Dutt, L. Pozzi, and P.

Pozzi and P. Biswas, V.

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Choudhary, K. Atasu, L. Pozzi, P. Ienne and N.

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This problem should be solved with reasonable compression efficiency, coupled with high error resiliency, which is a crucial factor for the real-time multimedia communication over lossy networks. Specifically, in the mobile handheld environment, this problem is also linked with the consideration of the innate limitation of the handheld devices, such as the short battery lifetime and the low CPU computation capability.

Therefore, in this project, we introduce a new power aware error resilient encoding scheme that can run at various operating points in accordance with resource constraints. Course development and history. The course focuses on the communication problem of on-chip and off-chip many-core architectures in embedded systems. It teaches basic concepts and principles of on-chip bus and interconnection network, and presents details of on-chip router and network interface designs, network quality-of-service QoS provisioning and performance evaluation methodology. The course consists of ten lectures, and 4 exercises, one of which can be in the mini-project form.

An invited lecture from industry or academia may be organized. This module introduces the problems in many-core systems with focus on communication architectures. Particularly, network topology, routing and flow control, deadlock and livelock issues et cetera. This module focuses on on-chip router and processor-network interface designs, QoS properties, and performance evaluation. The micro-architecture of a classic router will be detailed and network interfaces for both message passing and shared memory architectures will be presented.

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As a crucial component for network design, QoS properties of different design alternatives will be investigated. Furthermore, performance evaluation methodology will be systematically introduced. This module considers distributed many-core systems in embedded environments such as automotives and airplanes. Various media-access protocols for real-time networking will be studied.

Moreover, worst-case communication time analysis methods will be presented.

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Select the semester and course offering above to get information from the correct course syllabus and course offering. After studying the course, the students shall be able to do the following as learning outcomes:. Programming skill in one design language, e. Willian J. Morgan Kaufmann Publishers. Hermann Kopetz. Recommended manuscripts and research papers. ANN1 - Homework Exercises, 3.

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  5. System on a chip.
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  8. The examiner may apply another examination format when re-examining individual students. Zhonghai Lu.