Manufacturers often use digital waveforms to specify critical device timing. In this paper, we study two problems related to the use of such specifications. First, we are interested in verifying that the timing information is consistent to begin with. Second, given waveform specifications of two devices that are to be linked, we wish to know whether one satisfies the other’s timing requirements...

This paper presents a method for implementing fully automatic timing on a personal electronic device. An initial firstpass is done through all of the video frames, finding the subtracted image between the video frames and the initial image of finish line to determine an estimated frame where the object first crosses the finish line. After this frame has been found, the SIFT and RANSAC algorithm...

In this paper, we develop a jump assist system that can generate instantaneous force using pneumatic artificial rubber muscles (PARMs) since such quick motion is required in the rescue activities. The device extends the knee joint using PARMs. Moreover, bi-articular mechanism between the knee and ankle joint is realized using PARMs. Assist timing with the device is detected with an acceleration...

Layout, operation, and results of a microfluidic device, which allows for anaerobic and aerobic cultivation of yeast cells over extended time (>3 days) are presented. The use of this device in combination with automated image analysis software and multiple fluorescence reporters (>4 fluorescence protein per strain) allows for studying timing and coherence of morphological features, the cell-cyc...

Java paradigm to object oriented programming, memory management and secure management of complex system design make is popular for desktop applications. It is true for embedded system, todays embedded system extend the complexity of system design with timing and deployment constraints. J2ME is considerably used in small embedded device, its Connected Limited Device Configuration is used for dev...