An all-optical binary patternrecognition system based on XOR is simulated by VPI for the first time. The simulation results show the system can recognize and locate target in the data at 10Gb/s and 40Gb/s.
ISBN:
(纸本)9784885523212
An all-optical binary patternrecognition system based on XOR is simulated by VPI for the first time. The simulation results show the system can recognize and locate target in the data at 10Gb/s and 40Gb/s.
A nanomachine is the basic functional unit in nanotechnology that can perform simple tasks, like sensing and actuation. A set of nanomachines can perform more complex tasks through communicating and sharing informatio...
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The proceedings contain 37 papers. The special focus in this conference is on Computational Intelligence, Security and Internet of Things. The topics include: Machine learning based efficient multi-copy routing for Op...
ISBN:
(纸本)9789811536656
The proceedings contain 37 papers. The special focus in this conference is on Computational Intelligence, Security and Internet of Things. The topics include: Machine learning based efficient multi-copy routing for OppIoT networks;An open-hardware approach for IoT enabled smart meter monitoring and controlling system using MQTT protocol;Performance of NOMA-MUSA system for 5G Using m-ZCZ sequences;ioT based multi-sensor data acquisition system for the application of smart agriculture;context-oriented user-centric search system for the IoT based on fuzzy clustering;implementation of a smart embedded system for passenger vessel safety;routine statistical framework to speculate kannada lip reading;empirical analysis on the effect of image compression and denoising using different wavelets on iris recognition;segmentation of chart images using H-Means algorithm;hand vein biometric recognition using local binary pattern;distance calculation of an object in a stereo vision system;comparative assessment of consumer perception on sports brands using data mined from online communities;analytical modelling of internet of vehicles (IoV) by IoT cloud for dipping traffic congestion and safety alert: A review;Object detection using point feature matching based on SURF algorithm;diabetes mellitus prediction using ensemble machine learning techniques;incepting on language structures with phonological and corpus analysis using multilingual computing;morphotactics of manipuri verbs: A finite state approach;proportional analysis of feature extraction for tamil handwritten characters using centroid based method;mobile supported interaction modeling to find engagement of acolyte in live classroom;Integration of BYOD technology in traditional classroom: A statistical approach;preface;real time adaptive street lighting system.
The detection of keypoints is very important for several computer applications. There are several ways for keypoint detection and patternrecognition. Earliest work proposes a trainable filter called COSFIRE filter wh...
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With the promising advancement in quantum computing technology in the last decade, there is a strong motivation to find suitable applications for quantum algorithms and quantum computers. Domains such as High Energy P...
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ISBN:
(纸本)9781728134826
With the promising advancement in quantum computing technology in the last decade, there is a strong motivation to find suitable applications for quantum algorithms and quantum computers. Domains such as High Energy Physics (IIEP) have an enormous readout count of high-resolution data. Performing patternrecognition on this readout is computationally. , challenging and time-consuming because of the multi-dimensionality of the data. In this paper, we propose a methodology that employs quantum algorithms such as Quantum Wavelet Transform and Grover's search algorithm for time-efficient patternrecognition in data sets that are characterized by high spatial resolution and high dimensionality. The motivation behind using quantum algorithms is the potential speedup relative to classical methods, when performed by a quantum computer. In our proposed methodology, Quantum Wavelet Transform is performed on the high spatial resolution data to reduce its dimensionality while quantum Grover's search algorithm is employed to search for target patterns in the reduced data set. Performing the search operation on data with reduced spatial resolution, minimizes processing overheads and computation times. Moreover, use of quantum techniques yield faster results, compared to classical dimension reduction and search methods. We demonstrate the feasibility of the proposed methodology by emulating the quantum algorithms on classical hardware based on field programmable gate arrays (FPGAs). A high performance reconfigurable computer (IIPRC) was used for the experimental evaluation. The obtained results are favorable towards our proposed approach.
Partition-based feature extraction is widely used in the patternrecognition and computer vision. This method is robust to some changes like occlusion, background, etc. In this paper, partition-based technique is used...
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In this paper, based on digital image processing technology, a series of preprocessing operations such as graying based on color components, filtering denoising, histogram equalization and so on are carried out to enh...
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ISBN:
(数字)9781728197531
ISBN:
(纸本)9781728197548
In this paper, based on digital image processing technology, a series of preprocessing operations such as graying based on color components, filtering denoising, histogram equalization and so on are carried out to enhance the image effect. Then, the suspicious fire area obtained based on color component difference image is processed by threshold segmentation and edge detection. In the processing of flame image, patternrecognition technology is of great significance to the extraction of flame image. Computer vision theory is the key to fire location. With this scheme, the system can effectively eliminate the interference of distance and light intensity in fire detection, and improve the recognition accuracy.
With the improvement of people's living standard, the number of cars on the road has increased dramatically. Vehicle recognition is greatly significant for intelligent traffic management. In this paper, a hybrid m...
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ISBN:
(纸本)9781728176499;9781728176505
With the improvement of people's living standard, the number of cars on the road has increased dramatically. Vehicle recognition is greatly significant for intelligent traffic management. In this paper, a hybrid model of vehicle recognition algorithm based on VGG16-softmax hybrid model is proposed. The convolutional neural network called VGG16 is used, Imagenet is used for pre-training, migration learning is used to migrate parameters to the new training model, variational auto-encoder is used for data reconstruction, and finally softmax multi-classifier is used for classification. Experiments show that this method can save time, get better vehicle feature of details and higher accuracy.
Quality control chart patternrecognition plays an extremely important role in controlling the products quality. By means of real-time monitoring control, the abnormal status of the product during production can be ti...
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ISBN:
(纸本)9789811089718;9789811089701
Quality control chart patternrecognition plays an extremely important role in controlling the products quality. By means of real-time monitoring control, the abnormal status of the product during production can be timely observed. A method of control patternrecognition based on convolution neural network is proposed. Firstly, the control chart patterns (CCPs) are analyzed, the statistical characteristics and shape features of the control charts are considered, and the appropriate characteristics to distinguish the different abnormal patterns are selected;secondly, deep learning convolution neural network is trained and learned;finally, the feasibility and effectiveness of the control chart patternrecognition are verified through Monte Carlo simulation.
The following topics are dealt with: airports; air traffic control; aircraft; aerospace computing; learning (artificial intelligence); transportation; decision making; data handling; air safety; image processing.
ISBN:
(数字)9781728153803
ISBN:
(纸本)9781728153810
The following topics are dealt with: airports; air traffic control; aircraft; aerospace computing; learning (artificial intelligence); transportation; decision making; data handling; air safety; image processing.
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