Titlebook: Sensing Technology: Current Status and Future Trends IV; Alex Mason,Subhas Chandra Mukhopadhyay,Krishanthi Book 2015 Springer Internation

多節(jié)

notification

宣稱

繼承人

Design of Low-Cost Sensors for Industrial Processes Energy Consumption Measurement: Application to city, gas, compressed air). With such sensors, it should be possible to tool up a factory, equipment by equipment, which is not feasible with intrusive sensors. The ultimate goal is the long term consumption monitoring and the detection of the consumption deviations rather than a precise measurement

GRIN

frugal

Noninvasive Estimation of Blood Glucose Concentration Using Near Infrared Optodes,cause of the high cost of LED. This chapter deals with the spectroscopic techniques carried out in near infrared (NIR) part of the spectrum to estimate the concentration of blood glucose. The spectroscopy has been performed at the second overtone of glucose which falls in the NIR region. The NIR spe

Conserve

An Ultra-Low Power Miniaturised Wireless Mote for Ubiquitous Data Acquisition,components with a novel power regulation method for achieving long operating life with the overall physical dimension of 30mm x 16mm. It works at sub-1GHz frequency range to allow better obstacle penetration and communication range of up to 1.7km. The mote is planned to be deployed in various applic

dissent

New Approaches for Singularization in Logistic Applications Using Low Cost 3D Sensors, presented..Combining measurements of the PMD sensor and a predetermined model of loading situations, stored during the assembly of the pallet, is the first practical application for contour checking in the automated de-palletizing process. This approach can compensate for the drawbacks of the compa

AIL

Magnetotransport at High Frequency of Soft Magnetic Amorphous Ribbons,tion Co-based amorphous ribbons in as-cast (with different wide dimension) state, and exhibiting a macroscopic uniaxial magnetic anisotropy induced by different stress-annealing treatment (300 MPa applied tensile stress at different temperature i.e., 340, 360, and 400 oC, during 1 h) in the frequenc

disparage