TREND ANALYSES OF CRITICAL VALUES OBTAINED FOR RANGE CBR DISTANCE ACHIEVABLE IN UBICOMP MANETS USING LOCATION- AWARE TRANSMISSION STRATEGIES.
Published In: 7TH INTERNATIONAL CONFERENCE ON ADVANCES IN COMPUTING, CONTROL AND NETWORKING
Author(s): M. KALEEM GALAMALI , NAWAZ MOHAMUDALLY
Abstract: Many fields of research are concerned with pervasive computing, e.g., location-tracking, ubicomp functionalities and MANET transmission strategies. In spite of all intense research put in these sub-fields [1-60], their merging still lies along a long way ahead before yielding useful results. More distinctly here, the exertion of location-aware transmission strategies is envisioned to enhance energy management in ubicomp. Such enhancements expected [1] encompass improvements in location accuracy and refresh rates, the application of land-based GPS systems, development of better protocols optimised for transmission according to distance criteria and fine-tuning the precision of the distance criteria to apply the protocol. The know-how of distance coverages by transmitted packets in ubicomp environments and corresponding variations over different node densities, is assuredly profitable for refining transmission protocols in MANETs. One particular empirical study was carried out formerly [
- Publication Date: 24-Sep-2017
- DOI: 10.15224/978-1-63248-134-4-08
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EXTENDING SENDER NODE BATTERY AVAILABILITY IN UBICOMP WITH LOCATION-AWARE MANET TRANSMISSION.
Published In: 7TH INTERNATIONAL CONFERENCE ON ADVANCES IN COMPUTING, CONTROL AND NETWORKING
Author(s): NAWAZ MOHAMUDALLY , M. KALEEM GALAMALI
Abstract: Significant research is on the way for locationtracking in mobile environment [62-99]. Development is expected like devising new functionalities and applications and improving ways of doing existing activities [2] in mobile and ubicomp environment. Several questions will crop up in this area and whose answers depend on components not yet developed. As and when these components will be developed, more such questions will be credulously answered. In MANETs, user nodes may be freed from routing tasks of other sender nodes’ CBRs if MANET nodes are supplied as infrastructure. In such circumstance, sender nodes will be achieving considerable energy savings over varying node densities, as presented in former paper [14] whereby metric SES was illustrated. Following results presented [14], the next level of probing is laid as: “By what factor can the sender nodes’ battery availability be extended? How does this factor vary over varying node numbers in ubicomp topographies?” The results of this
- Publication Date: 24-Sep-2017
- DOI: 10.15224/978-1-63248-134-4-09
- Views: 0
- Downloads: 0