Automatic Househeterogeneous collaborative unless sensor networks for electrical and energy management on a self-sufficient solar house [24].Gyroscopea design of force to rebalance Inhibitors,Modulators,Libraries control for a hemispherical resonator gyro Inhibitors,Modulators,Libraries (HRG) based on FPGA [25].3D.?Structure(1) fusion of stereovision and range finder sensors applied to autonomous vehicles guidance [26];(2) fusion of Kinect? with laser sensors for reducing limitations of the first [27].Brain-Computer Interfacea hardware and software communication system that permits to control computers and external devices through cerebral activity, specifically appropriate for severely disable Inhibitors,Modulators,Libraries people [28].Surveillance and Trackingapplied to detect ground targets through sensor nodes in a distributed network [29].
AcknowledgmentsThanks are due to all the authors for their valuable collaboration and contributions to this special issue��without them it could not exist. All papers presented to the call passed a rigorous refereeing Inhibitors,Modulators,Libraries process as full manuscripts. The accepted papers underwent final revision and approval AV-951 for publication in a second round of reviewing. Gratitude is owed to the international team of reviewers for their diligence in assessing the papers and their thoughtful and constructive criticism. The papers selected for this special issue represent the quality, breadth and depth of the field of sensor technologies and sensor-based procedures applied for solving different problems involving several sensors in collaboration.
The development of fast and reliable methods for glucose detection is of considerable importance due to its extremely important applications in clinical diagnosis, food analysis, and bioreactor monitoring [1,2].
Up to now, the glucose oxidase (GOD)-based sensors with high till selectivity have been widely studied [3�C5], but GOD-based biosensors suffer from a stability problem as the enzyme can be easily affected by temperature, pH value, humidity and toxic chemicals [6]. To overcome these obstacles, there is great interest in the fabrication of nonenzymatic glucose sensors based on the direct oxidation of glucose for extended usage.