By Peter van der (Ed.) Stok, Peter van der Stok
Dynamic and powerful Streaming in and among attached Consumer-Electronic units addresses an issue that's changing into extra very important through the years. at the one hand the coming of domestic networks is drawing close, and nevertheless we realize that chips combine progressively more performance. the house community interconnects the shopper digital (CE) units in the house, and the person CE-devices comprise the chips to achieve a ubiquitous streaming of video streams over this community. Making such networks powerful opposed to consumer (re)configurations takes a wide layout attempt. either community and chips needs to be resilient opposed to unforeseen consumer habit, perturbed verbal exchange, and unforeseen inputs. The networks and chips needs to aid a dynamic atmosphere within which the consumer selects new movies, alterations locations or resources and customarily doesn't are looking to be by way of logistic matters in those networks. usually, a community operator manages the community to conform to person needs. in the house, no such operator is current. and measures needs to be taken in chips and community to auto-manage the community. This publication offers a entire evaluation of the demanding situations that face us. The booklet exhibits that there are various similarities among conventional networking and networks within the chip. even if, there are a few assorted operational stipulations that result in unique strategies. Dynamic and strong Streaming in and among attached Consumer-Electronic Devices focuses at the robustness elements of the selected applied sciences within the region of video steaming. administration of assets corresponding to reminiscence, bandwidth, CPU cycles, bus –cycles is a side that's popular in lots of of the sections.
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Additional resources for Dynamic and Robust Streaming in and between Connected Consumer-Electronic Devices (Philips Research Book Series, 3)
We consider two cases for consumer: Unoccupied consumer, when a consumer is ready to consume data as soon as data are oﬀered ﬀ by the NI at the consumer side. P producer MSG C βRL βDC NI β P ch,P TL,i NoC ch,T TL,i C βDC βC ch,C TL,i ch TL,i Latency of a channel. NI MSG consumer AN ANALYSIS OF GUARANTEED COMMUNICATION FOR NoCs 23 Occupied consumer, when a consumer delays consumption of data due to, for example, sharing of the same port by many connections or when the consumer cannot, for some reason, accept the data.
2004). g. ﬁrst-come ﬁrst-serve, round-robin, time-division-multipleaccess (TDMA), and rate-monotonic scheduling. From the perspective of a single resource user, they introduce uncertainty regarding the resource performance. For example, the latency or bandwidth of a memory or bus may vary, depending on the behaviour of other users. This complicates the construction of a predictable S O C as a whole. g. TDMA (Rijpkema, Goossens, A. Radulescu, van Meerbergen, Wielage and Waterlander, 2003), deadline-monotonic scheduling (Audsley, Burns, Richardson and Wellings, 1991).
In the worst case, mismatched arbitration can cause starvation, resulting in zero bandwidth. g, Figure 2-1) couple arbiters of different resources, and are an indication that these issues could arise. ) We use the term (inter)dependence for the effect that arbiters of different resources interact in an unforeseen or unintended manner, possibly degrading end-to-end performance. All shared resources that are used by a single user must be taken into account in an end-to-end performance analysis. g.