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The figure in the margin shows a graphical version of this relationship. G has length equal to the spatial frequency of the grating, where A is the fringe spacing. G s direction is perpendicular to the

The floating-point adder in Section 3.7.4 discards the lower bits when they are shifted out (it is known as round to zero). A more accurate method is to round to the nearest even, as defined in the IEEE Standard for Binary Floating-point Arithmetic (IEEE Std 754). Three extra bits, known as the guard, round, and sticky bits, are required to implement this method. If you learned floating-point arithmetic before, modify the floating-point adder in Section 3.7.4 to accommodate the round-to-the-nearest-even method.

Within the GPDK framework, the above requirements have been encapsulated into one or more GPDK service beans As discussed in the following sections, the GPDK service beans are organized according to Grid services in the areas of security, job submission, le transfer and information services The deployed GPDK demo portal highlights the capabilities of the supported Grid services through template web and JSP pages 2751 Security The security working group of Grid Forum has been actively promoting the Grid Security Infrastructure (GSI) [23] as the current best practice for securely accessing Grid services GSI is based upon public key infrastructure (PKI) and requires users to possess a private key and an X509 certi cate used to authenticate to Grid resources and services.

An even older version of the MXML language was used in Flex 1.x. The namespace URI for that version of the language was:

A key feature of GSI is the ability to perform delegation, the creation of a temporary private key and certi cate pair known as a proxy that is used to authenticate to Grid resources on a users behalf The GSI has been implemented over the Secure Sockets Layer (SSL) and is incorporated in the Globus and Java CoG toolkit One of the key dif culties in developing a portal to access Grid services is providing a mechanism for users to delegate their credentials to the portal since current web browsers and servers do not support the concept of delegation Past solutions have involved the storage of users long-lived keys and certi cates on the portal A user would then provide their long-term pass phrase to the portal, which creates a valid proxy that can be used on the user s behalf.

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The danger in this approach, however, is the risk of the web server being broken into and having possibly many users long term private keys compromised For this reason, the Myproxy service [22] was developed to provide an online certi cate repository where users can delegate temporary credentials that can be retrieved securely by the user from the portal Brie y, a user delegates a credential to the Myproxy server with a chosen lifetime and user name and pass phrase The user would enter the same user name and pass phrase from their browser over an HTTPS connection and the portal would retrieve a newly delegated credential valid for a chosen amount of time.

. . . . . . .

var sndInstance:Sound = new Sound(this); sndInstance.onID3 = function():Void { createTextField( tDisplay , 1, 20, 20, 300, 30); tDisplay.text = Title: + this.id3.TIT2; }; sndInstance.loadSound( atmospheres_1.mp3 , true);

Currently, GPDK doesn t enforce any maximum lifetime for the credential delegated to the portal, but when a user logs off, the proxy is destroyed reducing any potential security risk of their delegated credential being compromised on the portal The portal retrieves credentials from the Myproxy Server.

These models are also based on the Fickian equation (Lacey, 1954; Fan et al., 1990). The dif cult part is the description of the diffusion coef cient for the diffusion model, which is a function of bubble size, its axial velocity, the particle density, particle size, the viscosity and density of the uid, and the minimum uidization velocity. When describing these models, experimentation is required for veri cation of the above parameters. Axial dispersion takes place when the bubbles are rising in the bed, and horizontal dispersion when the bubbles burst. However, there exists evidence that horizontal dispersion also occurs as the bubbles form and move up the bed due to continuous displacement of the mass around the bubble.