2017
Electronics/Sensors/IoT
Traditional cameras -- even those on the thinnest of cell phones -- cannot be truly flat due to their optics: lenses that require a certain shape and size in order to function. At Caltech, engineers have developed a new camera design that replaces the lenses with an ultra-thin optical phased array (OPA).
In our work, we developed a ferrofluid core differential transformer sensor, which can be used to measure tilt. The purpose of our research was to develop and test a new type of tilt sensor, which uses ferrofluid. We made it our goal that the sensor developed by us should outperform the previous ferrofluidic tilt sensors in resolution.
(1.1) BACKGROUND - The author of this document has had specific experience designing a part of the existing XBT system while under contract with the National Oceanic & Atmospheric Institute (NOAA). It is this exposure that led to this new approach over the existing oceanic temperature measurement technique.
The most convenient security gadget you can place on your door to monitor breaking and entering. It has the power to connect with all of your other IoT devices too to prompt all types of actions incurred from an unwanted breach.
Owwli is an IoT gadget that notifies its owner every time there is a door breach.
Ideaz partnered with Pillar Technologies to develop the first real-time construction environment monitoring system, bringing state of the art IoT technology to the construction site.
Pillar's system helps construction and insurance companies track and reduce the risk of fire, water and mold among other environmental conditions.
The presence of harmful pathogens in drinking water can lead to illness, death and widespread outbreaks of diseases. The early detection of pathogens can save individual lives and more importantly prevent widespread life threatening infections and catastrophic outbreaks. We have developed a portable sensor capable of the rapid detection of E.
Maintenance is what keep the industries moving. Our goal is to make maintenance as easy as possible. That is why we envision a new approach to condition monitoring and maintenance with the use of Machine Learning.
Our setup uses an array of multiple sensors that are connected to a central unit, which is connected wirelessly to a cloud network.
The manufacture, characterization and modeling of magnetic antidots have been studied because of their potential applications, as they are promising candidates for a new generation of electronic devices such as transistors. In addition, the absence of the superparamagnetic boundary in nanostructured antidots makes them strong candidates for ultra-high-density recording media.
The idea is to have a proximity link that transmits the intended car with real time information on a proximity hazard or a problem with the vehicle such as a break down car blocking the opposite way in a curve ahead for the incoming traffic.
The problem is warming up thermosensor when measuring resistance as a result of the allocation of Joule heat.
To control thermosensor (Fig. 1, a) proposed a contact device (Fig. 1b) with elastic gold contacts and measuring pulse duration was 100 ms (Fig. 1, B).
Created stand pulsed measurement provides a measurement of miniature thermosensor with 1% accuracy,
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