Titlebook: Ubiquitous Computing Application and Wireless Sensor; UCAWSN-14 James J. (Jong Hyuk) Park,Yi Pan,Gangman Yi Conference proceedings 2015 Spr

Inertia

Care Record Summary Validation Tool with Social Network Service,orea, Care Record Summary (CRS) has been developed as a clinical document guideline for national HIE service since 2013, which includes medical information like laboratory, medication, diagnosis, and plan of care etc. And, in 2014, CRS almost reached the final standardized step of Korean Industrial

giggle

CHIDE

長(zhǎng)矛

A Centroid-GPS Model to Improving Positioning Accuracy for a Sensitive Location-Based System,tion-based system. The proposed model estimates the precise movement position by a centroid sum of the individual improved positions of three GPS receivers. Each GPS receiver’s position is improved by using a direction and velocity averaging technique based on combining the vehicle movement directio

Injunction

Intelligent Evaluation Models Based on Different Routing Protocols in Wireless Sensor Networks,ting protocols which have been implemented in J-Sim simulation platform, and proposed several evaluation models. Based on these evaluation models, simulations are not necessary for the users to deploy sensors.

恫嚇

卡死偷電

ASiPEC: An Application Specific Instruction-Set Processor for High Performance Entropy Coding,ly causes computation inefficiency. This paper presents a novel processor architecture which provides an instruction set suitable for efficient execution of entropy coding process as well as supports for multiple video formats.

無(wú)法解釋

Nullifying Malicious Users for Cooperative Spectrum Sensing in Cognitive Radio Networks Using Outliusers using different outlier detection methods based on Grubb’s test, Boxplot method and Dixon’s test. We have compared their performance through simulation and receiver operating characteristics (ROC) curve shows that Boxplot method outperforms both Grubb’s and Dixon’s test for the case where multiple malicious users are present.

無(wú)底

極微小