In this chapter, you will explore the distributed object system called .NET Remoting that is
built into the .NET Framework. The short description of .NET Remoting is that it enables
you to interact with software objects that are running under the Common Language
Runtime on a remote host on the network as if it were a local software object running in the
same Common Language Runtime.
Some IPTV deployments that are using the Real Time Streaming Protocol
(RTSP) require the ability of the server to notify clients about
asynchronous events occurring during an RTSP session. Such
asynchronous events are, for example, end of session, end of stream
or change (redirect) of the RTSP server. While redirecting RTSP
clients to a different RTSP server is well-described in RTSP 1.0
[RFC2326] and RTSP 2.0 [I-D.ietf-mmusic-rfc2326bis], end of stream or
end of session by the server is not defined. This memo aims at
changing RTSP 2.0 but not RTSP 1.0.
Some RTSP 1.
These studies suggest there is a complex interrelationship between students’ attitudes
towards interacting with other students, their personalities, their learning styles and
the communication technologies provided by institutions. A critical implication for
this study is that low levels of student interaction on asynchronous discussion forums
may not necessarily indicate student disinterest in interacting with other students, but
may instead reflect their preference for interacting synchronously through other
Many machine learning problems can be cast as optimization problems. This lecture introduces optimization. The objective is for you to learn: The definitions of gradient and Hessian; the gradient descent algorithm; Newton’s algorithm; stochastic gradient descent (SGD) for online learning; popular variants, such as AdaGrad and Asynchronous SGD;...
The UART project aims learning the hardware device’s capabilities, deciding which driver-methods to implement, accommodating your platform’s interfaces, Exploiting the OS kernel’s support-functions, Devising a strategy for testing and debugging.
Classification a. Means of transmission b. Service c. Circuit switched network d. Method of signalling e. Electronic system f. Light sources g. Remote part of an exchange Characteristics /Function A. It provides a means of asynchronous data transmission. B. It uses one pair for performing all signalling functions of one route. C. It involves the sampling and coding of analogue signals. D. They enable PCM transmission to be used further out in the local network.
Overview In this chapter we study the structures and properties of orthogonal and pseudoorthogonal sequences. Firstly, we examine several types of pseudo-orthogonal (PN) and Quasi-Orthogonal (QO) sequences, and present their cross-correlation properties under synchronous and asynchronous conditions. Secondly, we survey basic methods of constructing orthogonal code sets. Orthogonal binary (Hadamard) codes may exist for lengths 1, 2 and 4k (for k = 1, 2, 3, ...). Methods for generating all lengths up to 256 are presented...
Overview In this chapter we study the structures and properties of orthogonal and pseudoorthogonal sequences. Firstly, we examine several types of pseudo-orthogonal (PN) and Quasi-Orthogonal (QO) sequences, and present their cross-correlation properties under synchronous and asynchronous conditions. Secondly, we survey basic methods of constructing orthogonal code sets. Orthogonal binary (Hadamard) codes may exist for lengths 1, 2 and 4k (for k = 1, 2, 3, ...). Methods for generating all lengths up to 256 are presented.
C# 5.0 includes the async and await keywords to ease writing of asynchronous code. In desktop .NET 4.5, and in Windows 8 .NET for Windows Store Apps, new Task-based methods allow networking calls as an asynchronous operation using a Task object
There are many methods to design digital circuits without hazard, such as the use of Boolean algebra, algebra hazard, karnaugh map, matrix method, VHDL, etc. However, these methods are not very suitable for the design of circuit system such as design of GALS circuits. In this case, synchronization is the most optimal method.
1. Introduction Hazard is the essence of digital circuits including synchronous circuit and asynchronous circuit. Hazard occurs as much as “autumn’s leaves”  and has adverse impact on the working of digital circuits. ...
synchronously and BeginInvoke executes the delegate asynchronously. To complete an asynchronous operation initiated using BeginInvoke, you call the Control.EndInvoke method. The BeginInvoke and EndInvoke methods make up a common asynchronous execution pattern known as the Classic Async pattern. The details of this pattern and the options you have available for handling method completion are discussed in recipe 4-2.
The following example shows how to update a Windows Forms control from multiple threads.
It is not easy to point out Hazards and Deadlock in a circuit with a complex structure. Determination methods for Hazard, Race, Deadlock in [1-3] cannot be applied to this case. With complex circuit structure, specific solution must be offered for each circuit type such as solution of synchonization for asynchronous circuits . GALS circuit is a complex circuit system; thus, the above-mentioned solution is also applied to this circuit.
1. Introduction GALS (Global Asynchronous - Local Synchronous) is a combined system.