Optical Sensor for Indian Siddha Diagnosis System

Optical pH Sensor Based on Quinizarin for Alkaline pH Regions

The development of an optical pH sensor based on immobilization of quinizarin (1,4-dihydroxyanthraquinone) on a triacetylcellulose membrane was described. The resulting membrane exhibited fast color change from yellow to violet, while changing the pH in alkaline region. The immobilized quinizarin showed a broader dynamic range from (pH 9.4-11.4) with respect to free form (pH 8.8-10.4). The sens...

Optical Sensor System for Hemoglobin Measurement

A chronological probe into Siddha system.

To revive the Siddha system of medicine, a chronological probe including archaeological and historical sources ofthis discipline is necessary. Siddha system is based on th e atom and 96 101ft uvams of Saiva Siddhanda. Archaeological excavations at Harappa and Mohenjedaro, showing light on Siva-Sakti cult form a background for Siddha. There are views of links with the submerged Lumer ia continen...

Standardisation of Siddha Drugs

Siddha system is the ancient Dravidian system of medicine presently practiced predominantly in South India. In practice, generally the plants used are often in the compound form to which either herbs, metals, minerals and animals products are added. This paper attempts to describe the need for standardizing the drugs since the efficacy of medicines depends on their genuineness, indicating the m...

Fuzzy Logic Based Fault Diagnosis System for Wireless Sensor Networks

Fault diagnosis systems (FDSs) are tools designed to detect, isolate, identify, and, possibly, mitigate the occurrence of faults affecting complex systems. This paper aims to use fuzzy logic fault diagnosis for clustering the faults. Fuzzy logic system has an advantage of inbuilt cluster identification which doesn’t supported by any other FDSs. By this inbuilt clustering the identification of f...