By Minda Yang, Fei Qiao, Qi Wei, Huazhong Yang (auth.), James J. (Jong Hyuk) Park, Young-Sik Jeong, Sang Oh Park, Hsing-Chung Chen (eds.)
The seventh foreign convention on Embedded and Multimedia Computing (EMC-12), could be held in Gwangju, Korea on September 6 - eight, 2012.
EMC-12 could be the so much entire convention enthusiastic about some of the features of advances in Embedded and Multimedia (EM) Computing. EMC-12 will provide a chance for educational and execs to debate the most recent concerns and development within the sector of EM. moreover, the convention will submit top of the range papers that are heavily on the topic of a number of the theories and useful purposes in EM. additionally, we predict that the convention and its guides might be a set off for additional similar study and expertise advancements during this very important topic.
The EMC-12 is the following occasion, in a sequence of hugely profitable overseas convention on Embedded and Multimedia Computing, formerly held as EMC 2011 (China, Aug. 2011), EMC 2010 (Philippines, Aug. 2010), EM-Com 2009 (Korea, Dec. 2009), UMC-08 (Australia, Oct. 2008), ESO-08(China, Dec. 2008), UMS-08 (Korea, April, 2008), UMS-07(Singapore, Jan. 2007), ESO-07(Taiwan, Dec. 2007), ESO-06(Korea, Aug. 2006).
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Extra resources for Embedded and Multimedia Computing Technology and Service: EMC 2012
Sample text
8), only HLFF has lower PDP than PAPTFF, this is because HLFF is the prototype of PAPTFF, while in high input activity area, the efficiency of conditional technique applied in PAPTFF is very low. So that the performance deterioration factor of PAPTFF against HLFF becomes dominant. Therefore, PAPTFF has a higher PDP over HLFF in high input activity. A PVT-Aware and Low Power Pulse-Triggered Flip-Flop 19 Fig. 4. PDP Comparison Besides we also measure and evaluate the other important parameters such as input clock load, size and clock absorption, as is shown in Tab1.
Energy consumption is most important among requirements, so energy efficiency is dominant goal for this synchronization scheme design. 2 Related Works There have been proposed some synchronization schemes. Synchronization approach is classified into 3 categories in terms of message direction; Sender-receiver, Receiver-receiver, and Receiver-only approach. Sender-receiver approaches indicate that one node send a message while the other receive it. Receiver-receiver types let a reference node transmit once and other nodes receive and record independently of the reference node.
And synchronization through communication among nodes has an error due to transit delay uncertainty. Delay is comprised of some components in two ways. At first, fixed and variable delay components. A variable delay depends on network parameters like traffic. Secondly, there are Send, Access, Transmission, Propagation, Reception, and Receive time [2]. Access time is the waiting time for accessing the channel after reaching the MAC layer (variable), which is most critical. Time synchronization in WSN is also necessary because time plays a crucial role for many WSN applications such as data fusion, assembly of distributed observations, duty cycling, transmission scheduling, localization, security, tracking etc.
