Results 311 to 320 of about 555,379 (343)
Discovering patient groups in sequential electronic healthcare data using unsupervised representation learning. [PDF]
BMC Med Inform Decis MakLi J +7 more
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2003
For electron microscopic immunocytochemistry, the fixation procedure is always a compromise between good morphological preservation and retention of antigenicity. The choice of fixative depends on whether the immunogold labeling will be done before or after the samples are embedded and on how resistant the antigen is to fixation.
Constance Oliver, Maria Célia Jamur
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For electron microscopic immunocytochemistry, the fixation procedure is always a compromise between good morphological preservation and retention of antigenicity. The choice of fixative depends on whether the immunogold labeling will be done before or after the samples are embedded and on how resistant the antigen is to fixation.
Constance Oliver, Maria Célia Jamur
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1998
Abstract Questions about embryos are rarely addressed to social scientists: the fact that they tend to contextualize issues rather than inquire into their universal logical and moral properties may seem to circumvent essential discussions about life, individualization, humanness, and personhood that appear crucial to the solution of ...
Bateman-Novaes, Simone, Salem, Tania
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Abstract Questions about embryos are rarely addressed to social scientists: the fact that they tend to contextualize issues rather than inquire into their universal logical and moral properties may seem to circumvent essential discussions about life, individualization, humanness, and personhood that appear crucial to the solution of ...
Bateman-Novaes, Simone, Salem, Tania
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Proceedings of the Tenth ACM International Conference on Web Search and Data Mining, 2017
Network embedding is increasingly employed to assist network analysis as it is effective to learn latent features that encode linkage information. Various network embedding methods have been proposed, but they are only designed for a single network scenario.
Philip S. Yu +3 more
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Network embedding is increasingly employed to assist network analysis as it is effective to learn latent features that encode linkage information. Various network embedding methods have been proposed, but they are only designed for a single network scenario.
Philip S. Yu +3 more
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Building embedded systems with embedded DSLs
Proceedings of the 19th ACM SIGPLAN international conference on Functional programming, 2014We report on our experiences in synthesizing a fully-featured autopilot from embedded domain-specific languages (EDSLs) hosted in Haskell. The autopilot is approximately 50k lines of C code generated from 10k lines of EDSL code and includes control laws, mode logic, encrypted communications system, and device drivers.
Lee Pike +4 more
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Evolutionary Computation, 2002
In this paper we introduce embedded landscapes as an extension of NK landscapes and MAXSAT problems. This extension is valid for problems where the representation can be expressed as a simple sum of subfunctions over subsets of the representation domain.
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In this paper we introduce embedded landscapes as an extension of NK landscapes and MAXSAT problems. This extension is valid for problems where the representation can be expressed as a simple sum of subfunctions over subsets of the representation domain.
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From Embedded Test to Embedded Diagnosis
European Test Symposium (ETS'05), 2005Testing integrated circuits with millions of transistors puts strong requirements on test volume, test application time, test speed, and test resolution. To overcome these challenges, it is widely accepted to partition test resources between the automatic test equipment (ATE) and the circuit under test (CUT). These strategies may reach from simple test
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2012
In this chapter we set the stage for our study of embedded computing system design. To understand design processes, we first need to understand how and why microprocessors are used for control, user interface, signal processing, and many other tasks.
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In this chapter we set the stage for our study of embedded computing system design. To understand design processes, we first need to understand how and why microprocessors are used for control, user interface, signal processing, and many other tasks.
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2006
Publisher Summary This chapter begins with the fundamental network interface—the socket—and then examines how common application-level network protocols can be used in embedded devices. The socket interface forms the basis for most network programming in UNIX systems.
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Publisher Summary This chapter begins with the fundamental network interface—the socket—and then examines how common application-level network protocols can be used in embedded devices. The socket interface forms the basis for most network programming in UNIX systems.
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