Titlebook: Network-Based Information Systems; 2nd Internatonal Con Makoto Takizawa,Leonard Barolli,Tomoya Enokido Conference proceedings 2008 Springer

強制性

Peristalsis

蘑菇

Experimental and Simulation Evaluation of OLSR Protocol for Mobile Ad-Hoc Networksd out by using our implemented testbed and the simulations by using?. simulator. We also designed and implemented a new interface for the ad-hoc network testbed in order to make more easier the experiments. The comparison between experimental and simulation results shows that for the same parameters

dissent

Yourself

Building a Linux Grid on a Virtual Machine Using a Windows Gridsearches focus on virtual computing environment known as cloud computing. In cloud computing, computing resources are virtualized, divided into small units and re-organized as arbitrary heterogeneous platform. However, it is difficult to develop the application because cloud computing needs massive

PLUMP

The Similarity Computing of Documents Based on VSMnd TF-IDF algorithms are improved. First, DF’s time complexity is linear which suits mass documents processing, but it has the fault that exceptional useful features may be deleted, so we make up that by adding the count of the words at the important places. Second, we rectify the weight of feature

MUT

Case Study on the Recovery of a Virtual Large-Scale Diskre still relatively expensive. As a result we developed the VLSD (Virtual Large-Scale Disk) toolkit in order to construct large-scale storage using only cheap commodity hardware and software. We also developed a prototype of the large-scale storage system by using the VLSD to collect free disk space

不怕任性

Constant-Width Zones Broadcast Algorithm in Mobile Ad-Hoc NetworksSupporting efficient broadcast operation is therefore very crucial for such networks. A novel distance-based broadcast algorithm, called Constant-Width Zones (CWZ), is proposed in this paper. CWZ can effectively alleviate the redundant rebroadcast (overlaying) problem by defining a constant upper li

Glossy

Orientation-Aware Indoor Localization Path Loss Prediction Model for Wireless Sensor Networksl proposed algorithms, fingerprint algorithm stands as one of the most accurate systems for localization. However, there is a lack of theoretical basis and understanding on the orientation of the user. This paper presents a model for orientation-aware indoor location tracking system using a Zigbee b

大漩渦

tions from adult mouse and rat bone. The bone tissue is freeze-embedded with water-soluble medium and then cut with a disposable tungsten carbide blade after mounting the adhesive film onto the cut surface. The sections are stained on the adhesive film and preserved between the adhesive film and gla