By Howard; Katz, Ron Boyet
Nice e-book approximately interfacing the true global to Intel's blockbuster (for its time) Microcontroller and Microprocessor with peripheral features correct at the chip. large ebook for classic chip hackers!
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ETAPS2000wasthe 3rd instanceofthe EuropeanJointConferenceson concept and perform of software program. ETAPS is an annual federated convention that was once demonstrated in 1998 by means of combining a few current and new meetings. This yr it comprised v e meetings (FOSSACS, FASE, ESOP, CC, TACAS), ve satellite tv for pc workshops (CBS, CMCS, CoFI, GRATRA, INT), seven invited lectures, a panel dialogue, and ten tutorials.
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3) It is found that the biaxial MFLT with NN using the CQs extracted by RAM can evaluate the three-dimensional shape and the location of the parallelepiped flaw with good accuracy. Secondly, we evaluate two-dimensional shape of an oblique flaw whose MFL is calculated by FEM. Evaluation of Surface Flaw by MFLT Using Amorphous MI Sensor and NN 33 (1) We adopt the above proposed RAM for a method for extracting the CQs from the biaxial MFLT and employ NN for the inverse analysis. (2) It is found that the biaxial MFLT with NN using the CQs extracted by RAM can evaluate the two-dimensional shape and the location of the oblique flaw with good accuracy.
This was because we wanted to investigate why the accuracy was degraded in the dynamic tracking. The results showed that the degradation of accuracy might be because of a systematic error in localization that is dependent on the geometric relationship between the transmitter and the receiver. 1 Introduction Recently, the notion of location-aware computing has become very popular and has been the subject of much research. The essential part of locationaware applications is a localization system.
This paper is an extended version of our previous report , in which we conducted experiments with a moving robot to evaluate the accuracy and scalability of the proposed system. We tested the conventional TOA method as well for comparison. In the experiments, our system was able to track the moving robot continuously and showed suﬃcient accuracy. The conventional TOA method, on the other hand, was more accurate, but it tended to fail, especially when the receivers were sparse. These results demonstrated that with the Phase Accordance Method we can reduce the number of beacons to cover a given area, thus decreasing the cost and easing the deployment.
8051 Interfacing and Applications by Howard; Katz, Ron Boyet