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The patterns of T-cell target recognition
Nature, 2017The binding of T-cell receptors to peptide molecules not normally present in the body can trigger an immune response. Predicting which peptide a T-cell receptor will bind to — a difficult feat — has now been achieved.
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Proceedings of 36th Midwest Symposium on Circuits and Systems, 2002
To obtain high accuracy, most of the algorithms developed for real-time target recognition required heavy computation. On the other hand, low accuracy algorithms were developed for real-time target recognition. A new algorithm for real-time target recognition based on sine-wave crossings technique is presented. The algorithm is simple, straight forward,
A.E. Barbour, R.H. Seireg
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To obtain high accuracy, most of the algorithms developed for real-time target recognition required heavy computation. On the other hand, low accuracy algorithms were developed for real-time target recognition. A new algorithm for real-time target recognition based on sine-wave crossings technique is presented. The algorithm is simple, straight forward,
A.E. Barbour, R.H. Seireg
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An information system for target recognition
SPIE Proceedings, 2004We present an approach to a general decision support system. The aim is to cover the complete process for automatic target recognition, from sensor data to the user interface. The approach is based on a query-based information system, and include tasks like feature extraction from sensor data, data association, data fusion and situation analysis ...
Christina Grönwall +9 more
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A prospectus for automatic target recognition
IEEE Transactions on Aerospace and Electronic Systems, 1989Aspects of autorecognition technology are discussed. The following topics are covered: The context and role of automatic target recognition (ATR), sensors and ATR systems, generic shape discrimination, countermeasures, and current capabilities. The authors conclude that the material supports a very favorable assessment of the power and importance of ...
W.M. Brown, C.W. Swonger
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Target Recognition Considerations
1987This chapter discusses fundamental considerations in radar target recognition. The overall goal of the chapter is threefold: (1) to introduce some of the basic issues associated with the problem of target recognition, (2) to discuss and compare various target recognition techniques, and (3) to provide examples of applications of target recognition ...
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Application of microaccelerometer in target recognition
SPIE Proceedings, 2004The paper presents a application method of detecting moving ground target based on micro accelerometer. Because vehicles moving over ground generate a succession of impacts, the soil disturbances propagate away from the source as seismic waves. Thus, we can detect moving ground vehicles by means of detecting seismic signals using a seismic tranasducer,
Saeid Nahavandi +3 more
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Signal sequence recognition and protein targeting
Current Opinion in Structural Biology, 1999Intracellular traffic is often controlled not by highways, but by handshakes and partner introductions within a cellular network. Recently determined structures suggest how signal sequences are recognized and how the GTP affinities of the signal recognition particle and its receptor are coupled to the targeting of ribosomes to translocational membrane ...
Peter Walter, Robert M. Stroud
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Recognition of nascent polypeptides for targeting and folding
Trends in Biochemical Sciences, 1991A major difference between the refolding of proteins in vitro and the in vivo folding process, in which we include localization and assembly, is the need for additional factors in vivo, apart from the protein product itself. Thus, the amino acid sequence of a naturally selected protein contains not only the information specifying its three-dimensional ...
Lila M. Gerasch, Samuel J. Landry
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A sonar target recognition experiment
ICASSP '79. IEEE International Conference on Acoustics, Speech, and Signal Processing, 2005This paper presents results of an experiment to determine the feasibility of an active sonar target recognition system. Echo data from 16 targets of maximum dimension 12 inches were obtained in a salt water pool. The target frequency responses in the 15-45 kHz band were used to characterize the targets.
P. Chestnut, H. Landsman
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Transformation Invariant On-Line Target Recognition
IEEE Transactions on Neural Networks, 2011Transformation invariant automatic target recognition (ATR) has been an active research area due to its widespread applications in defense, robotics, medical imaging and geographic scene analysis. The primary goal for this paper is to obtain an on-line ATR system for targets in presence of image transformations, such as rotation, translation, scale and
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