The Experts below are selected from a list of 1524 Experts worldwide ranked by ideXlab platform
Jingyang Xu - One of the best experts on this subject based on the ideXlab platform.
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the effectiveness and practicality of using simultaneous Superglue iodine fuming method for fingermark development on low yield leather surfaces a feasibility study
Forensic Science International, 2017Co-Authors: Xiaochun Zheng, Kang Li, Jingyang XuAbstract:This research successfully demonstrated the first use of simultaneous Superglue & iodine fuming on leather surfaces compared to Superglue, iodine, Superglue-iodine and iodine-Superglue fuming methods which typically give low fingermark yields. A novel fuming chamber was developed and used for simultaneous Superglue & iodine fuming. Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather. However, Superglue, as one of the most common methods in practice, was found to be effective for freshly deposited latent fingermarks on dark-coloured leather. The newly designed chamber for the simultaneous fuming method has proved to be fast, effective and delightfully easy to use.
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The effectiveness and practicality of using simultaneous Superglue & iodine fuming method for fingermark development on 'low yield' leather surfaces: A feasibility study.
Forensic Science International, 2017Co-Authors: Xiaochun Zheng, Kang Li, Jingyang XuAbstract:This research successfully demonstrated the first use of simultaneous Superglue & iodine fuming on leather surfaces compared to Superglue, iodine, Superglue-iodine and iodine-Superglue fuming methods which typically give low fingermark yields. A novel fuming chamber was developed and used for simultaneous Superglue & iodine fuming. Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather. However, Superglue, as one of the most common methods in practice, was found to be effective for freshly deposited latent fingermarks on dark-coloured leather. The newly designed chamber for the simultaneous fuming method has proved to be fast, effective and delightfully easy to use.
Xiaochun Zheng - One of the best experts on this subject based on the ideXlab platform.
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the effectiveness and practicality of using simultaneous Superglue iodine fuming method for fingermark development on low yield leather surfaces a feasibility study
Forensic Science International, 2017Co-Authors: Xiaochun Zheng, Kang Li, Jingyang XuAbstract:This research successfully demonstrated the first use of simultaneous Superglue & iodine fuming on leather surfaces compared to Superglue, iodine, Superglue-iodine and iodine-Superglue fuming methods which typically give low fingermark yields. A novel fuming chamber was developed and used for simultaneous Superglue & iodine fuming. Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather. However, Superglue, as one of the most common methods in practice, was found to be effective for freshly deposited latent fingermarks on dark-coloured leather. The newly designed chamber for the simultaneous fuming method has proved to be fast, effective and delightfully easy to use.
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The effectiveness and practicality of using simultaneous Superglue & iodine fuming method for fingermark development on 'low yield' leather surfaces: A feasibility study.
Forensic Science International, 2017Co-Authors: Xiaochun Zheng, Kang Li, Jingyang XuAbstract:This research successfully demonstrated the first use of simultaneous Superglue & iodine fuming on leather surfaces compared to Superglue, iodine, Superglue-iodine and iodine-Superglue fuming methods which typically give low fingermark yields. A novel fuming chamber was developed and used for simultaneous Superglue & iodine fuming. Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather. However, Superglue, as one of the most common methods in practice, was found to be effective for freshly deposited latent fingermarks on dark-coloured leather. The newly designed chamber for the simultaneous fuming method has proved to be fast, effective and delightfully easy to use.
E.l. Raible - One of the best experts on this subject based on the ideXlab platform.
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IEEE Visualization - Superglue: a programming environment for scientific visualization
Proceedings Visualization '92, 1992Co-Authors: J.p.m. Hultquist, E.l. RaibleAbstract:Visualization environments have two audiences: scientists and programmers. We suggest that many existing platforms overemphasize ease-of-use and do not adequately address issues of extensibility. We have built a visualization testbed, called Superglue, which is particularly suited for the rapid development of new visualization methods. An interpreter supports rapid development of new code and an extensive class hierarchy encourages code reuse.By explicitly designing for ease of programming, we have produced a visualization system which is powerful, easy to use, and rapidly improving. This report describes the motivation of the work, the architecture of the system, and our plans for further development.
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Superglue a programming environment for scientific visualization
IEEE Visualization, 1992Co-Authors: J.p.m. Hultquist, E.l. RaibleAbstract:Visualization environments have two audiences: scientists and programmers. We suggest that many existing platforms overemphasize ease-of-use and do not adequately address issues of extensibility. We have built a visualization testbed, called Superglue, which is particularly suited for the rapid development of new visualization methods. An interpreter supports rapid development of new code and an extensive class hierarchy encourages code reuse.By explicitly designing for ease of programming, we have produced a visualization system which is powerful, easy to use, and rapidly improving. This report describes the motivation of the work, the architecture of the system, and our plans for further development.
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Superglue: a programming environment for scientific visualization
Proceedings Visualization '92, 1992Co-Authors: J.p.m. Hultquist, E.l. RaibleAbstract:It is suggested that many existing platforms over emphasize ease-of-use and do not adequately address issues of extensibility. A visualization testbed, called Superglue, which is particularly suited for the rapid development of new visualization methods, was built. An interpreter supports rapid development of new code, and an extensive class hierarchy encourages code reuse. By explicitly designing for ease of programming, it was possible to produce a visualization system which is powerful, easy to use, and rapidly improving. The motivation of the work, the architecture of the system, and plans for further development are reported.
Kang Li - One of the best experts on this subject based on the ideXlab platform.
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the effectiveness and practicality of using simultaneous Superglue iodine fuming method for fingermark development on low yield leather surfaces a feasibility study
Forensic Science International, 2017Co-Authors: Xiaochun Zheng, Kang Li, Jingyang XuAbstract:This research successfully demonstrated the first use of simultaneous Superglue & iodine fuming on leather surfaces compared to Superglue, iodine, Superglue-iodine and iodine-Superglue fuming methods which typically give low fingermark yields. A novel fuming chamber was developed and used for simultaneous Superglue & iodine fuming. Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather. However, Superglue, as one of the most common methods in practice, was found to be effective for freshly deposited latent fingermarks on dark-coloured leather. The newly designed chamber for the simultaneous fuming method has proved to be fast, effective and delightfully easy to use.
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The effectiveness and practicality of using simultaneous Superglue & iodine fuming method for fingermark development on 'low yield' leather surfaces: A feasibility study.
Forensic Science International, 2017Co-Authors: Xiaochun Zheng, Kang Li, Jingyang XuAbstract:This research successfully demonstrated the first use of simultaneous Superglue & iodine fuming on leather surfaces compared to Superglue, iodine, Superglue-iodine and iodine-Superglue fuming methods which typically give low fingermark yields. A novel fuming chamber was developed and used for simultaneous Superglue & iodine fuming. Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather. However, Superglue, as one of the most common methods in practice, was found to be effective for freshly deposited latent fingermarks on dark-coloured leather. The newly designed chamber for the simultaneous fuming method has proved to be fast, effective and delightfully easy to use.
J.p.m. Hultquist - One of the best experts on this subject based on the ideXlab platform.
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IEEE Visualization - Superglue: a programming environment for scientific visualization
Proceedings Visualization '92, 1992Co-Authors: J.p.m. Hultquist, E.l. RaibleAbstract:Visualization environments have two audiences: scientists and programmers. We suggest that many existing platforms overemphasize ease-of-use and do not adequately address issues of extensibility. We have built a visualization testbed, called Superglue, which is particularly suited for the rapid development of new visualization methods. An interpreter supports rapid development of new code and an extensive class hierarchy encourages code reuse.By explicitly designing for ease of programming, we have produced a visualization system which is powerful, easy to use, and rapidly improving. This report describes the motivation of the work, the architecture of the system, and our plans for further development.
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Superglue a programming environment for scientific visualization
IEEE Visualization, 1992Co-Authors: J.p.m. Hultquist, E.l. RaibleAbstract:Visualization environments have two audiences: scientists and programmers. We suggest that many existing platforms overemphasize ease-of-use and do not adequately address issues of extensibility. We have built a visualization testbed, called Superglue, which is particularly suited for the rapid development of new visualization methods. An interpreter supports rapid development of new code and an extensive class hierarchy encourages code reuse.By explicitly designing for ease of programming, we have produced a visualization system which is powerful, easy to use, and rapidly improving. This report describes the motivation of the work, the architecture of the system, and our plans for further development.
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Superglue: a programming environment for scientific visualization
Proceedings Visualization '92, 1992Co-Authors: J.p.m. Hultquist, E.l. RaibleAbstract:It is suggested that many existing platforms over emphasize ease-of-use and do not adequately address issues of extensibility. A visualization testbed, called Superglue, which is particularly suited for the rapid development of new visualization methods, was built. An interpreter supports rapid development of new code, and an extensive class hierarchy encourages code reuse. By explicitly designing for ease of programming, it was possible to produce a visualization system which is powerful, easy to use, and rapidly improving. The motivation of the work, the architecture of the system, and plans for further development are reported.
