Course : EMBEDDED SYSTEMS
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Display all units
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System-Level Design Methodology
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IP Modeling using SystemC
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ML505/506/507 BSB Design Adding Standard IP
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Design Methodology & IP Modeling
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Short discussions on NoC Modeling, Power Estimation, Mapping and IP Reuse
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Embedded Systems
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Register Transfer-level Design: VHDL for Synthesis
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System-on-Chip: Xilinx EDK
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System-Level Design Methodology
Embedded Systems
-Web Resources
-Introduction – Embedded Systems
-Typical MPSoC : a platform with CPUs, GPUs, DSP, …
-Systems on Chip
-Computational
-Interact (sense, manipulate, communicate) with the external world: sensors, actuators
-Reactive: at the speed of the environment
-Heterogeneity: hardware/software blocks, mixed architectures
-Networked: shared, adaptive, sensor networks (buildings, environmental monitoring), smart products, wearable computing
-Flexibility: can run/implement multiple applications sequentially or concurrently - concurrency
-Reprogrammability/reconfigurability: flexibility in upgrading, bug fixing, product differentiation, product customization
-Part of a larger system (system within system)
-Performance and constraints:
–Timing (frequency, latency, throughput)
–Cost, power, area, weight, temperature, reliability