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displayed status are ready to make measurements , accessing www.yahoo.com , no response from server . On end-user devices, whenever an active measurement is in progress, the GUI displays a message testing in progress, please wait for 30 seconds at least before starting any application . For passive measurement on end-user devices, nothing is displayed since all measurements are conducted silently in the background. Another function of the GUI is to allow user input. On mobile devices dedicated to drive-through tests, the GUI allows someone to conduct a test at any place and any time. The test results are also viewable from the GUI. In addition, the user shall be able to locally issue all the commands that can be remotely issued by the server. The pro le contains all instructions on how to monitor each type of service. In addition to the MQoS agent described above, there are also simple local MQoS management functions (not shown in Figure 9.11) that install, upgrade, start and stop the agent. An example of a commercial tool is available in [34]. The system architecture thereof is illustrated in Figure 9.12.

Depending on the RAN s response, the SGSN may rst initiate a new request towards the RNC with lowered QoS values and then to the GGSN for example, if the RAN was not able to support the original SGSN-requested negotiated QoS values in Step 6 The GGSN replies to the received request The SGSN returns a positive acknowledgement to the UE with the negotiated QoS pro le and IP address (if a dynamic address is used) The message also includes the SGSN-generated radio priority for R97/98 backward compatibility purposes The UE saves the negotiated QoS pro le and other information to be used for the PDP context..

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PyList_New(int len) returns a new reference to a list object that has an initial length of len. PyList_GET_SIZE(PyObject *t) is a slightly faster way to retrieve a list s size; it doesn t verify that the object t is really a list. The same is true for PyList_GET_ITEM(PyObject *t, int i) and PyList_SET_ITEM(PyObject *t, int i, PyObject *o).

The term system or quality system is used with surprising inconsistency throughout the pharmaceutical and biopharmaceutical industry and by government regulators. Even within a single company or within a department, the terms can be nebulous in their use and interpretation. System is often used to describe an individual process or unit operation. Often, the term system is used so narrowly as to describe an individual policy, standard, or even a single procedure. Recent initiatives by global organizations such as ISO (International Organization for Standardization, www.iso.org) and ICH (International Conference on Harmonization, www.ich.org) are attempting to bring consistency in concept and standardization in de nition to the QMS. In 2004, the Pharmaceutical Inspection Co-Operation Scheme (PIC/S, www.picscheme.org) issued its recommendation on Quality System Requirements for Pharmaceutical Inspectorates. The U.S. Food and Drug Administration (FDA) initiated inspection surveillance approaches based upon QMS organization and is another source of de nition and interpretation.

Not only will the 3D Transform filter restrict its efforts to the active layer, it will also make the area outside the 3D shape transparent, as in the first example of Figure 11-48. Then you can apply layer effects or other lighting techniques to distinguish the 3D shape from its background, as in the second example.

13.4.3. Isometric, Interferometric, and PSF Plots for a Zernike Annular Polynomial Aberration The Zernike annular polynomials for n 6 are shown in the form of a pyramid in Figure 13.6. As in Figure 13.4 for Zernike circle polynomials, the row number represents the value of n and the number of terms in a certain row is n 1. Each annular polynomial is illustrated in three different but equivalent ways. The value of E in this gure is 0.5. For each polynomial, the isometric plot at the top illustrates its shape as produced, for example, in a deformable mirror. The standard deviation of each polynomial aberration in the gure is one wave. An interferogram, as in optical testing, is shown on the left. Because of the obscuration, the number of fringes is different from the corresponding number in the interferograms for a circular pupil. The number of fringes in this case is equal to the number of times the aberration changes by one wave as we move from the inner edge of the annular pupil to its outer edge. The PSF (point-spread function) on the right represents the image of a point object in the presence of the polynomial aberration. As in the case of PSFs for circular pupils, more light has been introduced into some PSFs for annular pupils also to display their details.

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