S. Somasundaram

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Rapid and specific quantitation of a variety of proteins over a wide concentration range is highly desirable for biosensing at the point-of-care, in clinical laboratories, and in research settings. Our recently developed electrochemical proximity assay (ECPA) is a target-flexible, DNA-directed, direct-readout protein quantitation method with detection(More)
A Graph G=(V,E) with p vertices and q edges is called a Harmonic mean graph if it is possible to label the vertices x∈V with distinct labels f(x) from 1,2…q+1 in such a way that when each edge e=uv is labeled with f(uv) = ⎥ ⎥ ⎤ ⎢ ⎢ ⎡ +) () () () (2 v f u f v f u f or ⎥ ⎦ ⎥ ⎢ ⎣ ⎢ +) () () () (2 v f u f v f u f then the edge labels are distinct. In this case(More)
This paper presents a source based reactive protocol for MANET. It is an enhanced version of our previous protocol called "Power aware multiple QoS constraints routing protocol with mobility prediction (PMQRPMP)". It considers QoS parameters namely delay, jitter, bandwidth, and cost of each link on 'n' available paths and selects 'k' paths with good battery(More)
In [1] Acharya and Sampathkumar defined a graphoidal cover as a partition of edges into internally disjoint (not necessarily open) paths. If we consider only open paths in the above definition then we call it as a graphoidal path cover [3]. Generally, a Smarandache graphoidal tree (k, d)-cover of a graph G is a partition of edges of G into trees T1, T2, · ·(More)
— Mobile ad hoc networks (MANETs) can be defined as self organized, self coordinated, infrastructure less communication networks with mobile nodes. The protocol called " Power Aware Multiple QoS constraints Multi path Routing Protocol with Mobility Prediction (PMQMRPMP) " is a source based reactive protocol. It considers quality of service (QoS) constraints(More)