Abstract The embedded remote monitoring system is based on embedded technology, video coding technology and network transmission technology as the core of the new video surveillance system, it in real-time monitoring system, network, miniaturization, etc than traditional remote monitoring system has outstanding advantages. The embedded server is responsible for the data from field devices and video images, and real-time and reliable... The embedded remote monitoring system is based on embedded technology, video coding technology and network transmission technology as the core of the new video surveillance system, it in real-time monitoring system, network, miniaturization, etc than traditional remote monitoring system has outstanding advantages. The embedded server is responsible for the data from field devices and video images, and real-time and reliable transmission to the remote client browser. User through a PC browser login system, can get equipment real-time data and video image, also can control the equipment, so as to realize remote monitoring. This paper designed and implemented a embedded remote monitoring system based on B/S structure, is of important engineering value. The result showed that the new embedded remote monitoring system can help more projects to realize the remote control, reduce the cost of personnel, and finally increase the efficiency of the engineering. At the same time, it can help users to achieve remote supervision idea. Read More Read Less

Abstract WEB has been widely applied in recent years because of its hyper-text and hypermedia information storage and transmission mode. The combination of WEB technology and database will achieve extension of WEB functions and bring better experience for users. Thus, it is very necessary to design WEB-based computer experiment management system. This paper aims to design and implement WEB-based computer experiment... WEB has been widely applied in recent years because of its hyper-text and hypermedia information storage and transmission mode. The combination of WEB technology and database will achieve extension of WEB functions and bring better experience for users. Thus, it is very necessary to design WEB-based computer experiment management system. This paper aims to design and implement WEB-based computer experiment management system as well as develop network-based computer experiment management system with good user experience by combining the latest database technology and network technology. Read More Read Less

Abstract Medical field is becoming more and more challenging due to large number of heart problems faced by the people. Almost all doctors are always trying their best to give a best treatment to a patient so that the patients get recovered from the heart problem. The heart patient is carefully diagnosed by analyzing ECG signals. Many researchers have proposed dierent... Medical field is becoming more and more challenging due to large number of heart problems faced by the people. Almost all doctors are always trying their best to give a best treatment to a patient so that the patients get recovered from the heart problem. The heart patient is carefully diagnosed by analyzing ECG signals. Many researchers have proposed dierent distance measures to compare ECG trajectories for similarity. Dynamic Time Warping(DTW), Edit Distance with Real Penalty(ERP), Edit Distance with Real Sequence (EDR), Longest Common Subsequence(LCSS) are used to compare time series trajectories for similarity. The existing distance measures are computing similarity distance based on a proximity distance. There are three main drawbacks faced by the existing distance measures. The first drawback is, ECG trajectories are not compared based on a shape feature. The second problem is, existing edit distance measures are not rotation invariant. The third problem is, they are very sensitive towards noise. Due to these problems, the performance of the existing distance measures is comparatively low. In this paper, we have proposed Turning Function Based (TFB) distance measure to compares ECG trajectories based on a shape feature. TFB distance measure is based on a angular distance of the ECG trajectories. The angular distance captures the shape feature of the ECG trajectory. We have carried out experimental study on the real time and synthetic datasets. Experimental results reveal that our proposed TFB distance measure compares the trajectories based on the shape feature. Further, our experimental results reveal that, TFB distance measure supports rotation invariant property and very robust to the noise. Read More Read Less