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Problem statement: Mobile Special Networks do not have a predetermined structure. This&#13; type of networks can dynamically reorganize network connection relationships due to change of&#13; neighborhoods and the relative positions. Approach: There are many problems in creation of a special&#13; network such as routing, wireless media, energy consumption and transportability. Results: Although&#13; these networks primarily had been formed for small group of colleague nodes, nowadays they also&#13; have increasing amount of applications in expansive geographical regions. This trend reveals&#13; requirement of communication protocols which use energy efficiently and effectively as well as better&#13; energy consumption considerations of the hardware. In this study, an improvement of DSR protocol&#13; based on energy consumption parameter is explained and a new routing protocol of mobile special&#13; networks that is called Group Base DSR (GBDRS) have been proposed.&#13; Conclusion/Recommendations: It has been shown that energy consumption related communication&#13; parameters as pocket loss and route discovery frequency have considerably better values when&#13; GBDSR is used in the increasing node movement speed range of 0-30 m sec-1 and over

A Novel Routing Protocol with High Energy Performance in Mobile Special Networks