By Twan Basten, Marc Geilen, Harmke de Groot
The rising Ambient Intelligence imaginative and prescient has the capability to essentially swap our global. This quantity is a preview into the following period of computing. It investigates the effect of Ambient Intelligence on embedded process layout. Combining visionary contributions with papers on fresh advancements, it brings to mild the demanding situations in approach layout in the direction of pleasant the Ambient Intelligence promise. subject matters lined diversity from processor architectures and embedded software program to cognitive robotics and sensor networks, and from quality-of-service and energy-efficient layout to safeguard and fault tolerance.
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Additional resources for Ambient Intelligence: Impact on Embedded System Design
Design for experience Below‚ we briefly elaborate on each of these challenges. Design for Variation Embedded systems consisting of microWatt nodes‚ milliWatt nodes‚ and Watt nodes must support large variations in system parameter specifications in different dimensions. The following three dimensions are of particular interest. Communication requirements will range from 1 bit/s up to several Gbit/s resulting from the low bit rate information exchange between the micoWatt nodes as well as from the ultra large bit rates that are required to transport multiplexed real-time video streams between Watt nodes.
11 b/g. Further functionalities of this section include forward error correction coding‚ signal detection‚ automatic gain control‚ frequency offset estimation‚ receive/transmit filtering‚ frame encryption/decryption‚ and error recovery operations according to the definitions of the standards. Finally‚ the chip includes a section for interfacing with the WLAN transceiver‚ basically some A/D channels (for receiving) and D/A channels (for transmitting). Challenges Ahead The chip described in the previous section represents a first solution towards the computational demand required by ambient intelligence.
However‚ backward compatibility (at the price of significantly reduced performance) with IA-32 code is guaranteed. 3 MB. As a result‚ almost 3/4 of the total chip area is dedicated to caches. The L3 cache is 3-MB‚ with a 12-cycle access latency‚ and dominates the chip floor-plan. The L2 cache is much smaller (256-KB)‚ but it features 6-cycle latency‚ and it is multi-ported (4 read and 2 write ports). The 4-ported L1 cache is extremely fast (1/2 cycle latency) and small (16-KB data and 16-KB instruction).
Ambient Intelligence: Impact on Embedded System Design by Twan Basten, Marc Geilen, Harmke de Groot