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If you know that a drawing is on the hard drive, then you can use the Find function from within AutoCAD or AutoCAD LT. Click Open on the Standard toolbar. In the Select File dialog box, choose Tools Find to open the Find dialog box, shown in Figure 26-19. Use the Name & Location tab to set criteria according the file name, file type, and location. Use the Date Modified tab to set criteria by the date that the file was saved.

The pharmaceutical market in European countries is one of the largest in the world. To ensure that the EU promotes pharmaceutical trade and ensures safety, ef cacy, and quality of medicinal products within the European member states, the pharmaceutical unit of the EU runs a series of information and communication projects, collectively called EUDRA projects. Out of these projects, the EUDRALEX pharmaceutical unit is responsible for making community pharmaceutical legislation, guidelines, and notices for applicants [9]. Under Volume 2, Section C, of Regulatory Guidelines (Pharmaceutical Legislation: Notice to Applicants) of Eudralex, Guideline on Dossier Requirements for Type IA and Type IB Noti cations has been provided [2]. Regulations were introduced to lessen the administrative load on the authority and to simplify the procedure for granting a postapproval variation without negotiating any quality attribute of drug product [10]. Under these regulations, type IA and type IB were de ned; also, clearcut terms were introduced for extension application, parallel/consequential noti cation/variation, and urgent safety restriction. For streamline operation of these regulations, four documents have been prepared: (a) A procedural guidance for the member states (reference or concerned) and the applicant for noti cations/variations in the mutual recognition procedure (b) A procedural guidance for the applicant for noti cations/variations in the centralized procedure

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Dynamic NAT A private IP address maps to the first available address in the public IP address pool. There is no predetermined one-to-one mapping. A certain host will get different public addresses each time it tries to access the outside world. Once the connection is terminated, the public address is returned to the available pool for reuse by the next outgoing connection. NAT is therefore able to hide internal addresses, but it does not reduce the number of required public addresses.

Figures 2.20 and 2.21 show similar situations for a right-angle prism of no error and of some angular error, respectively. If, in addition to angle errors, the surfaces are not at or the glass is not homogeneous, an interferogram with curved fringes is obtained. When a right angle or porro prism is tested in the retrore ective con guration and the surface atness as well as the 90 angle is correct, the fringes look

We open this discussion with a short review of the middecade status of communications-related photonics in general; the sections that follow then look at nanophotonics. Because of the telecom perspective taken by this book, we approach optics from a transmission and computing angle. Table 5.1 depicts some basic concepts and key terms in the eld of optics; these terms are grouped here to convey to the reader a sense of the range of applicable approaches and constituent technologies (the Glossary at the end of the book contains and describes additional concepts). A major portion of this research is currently at the mesoscopic scale (10 10,000 nm, that is, 0.01 10 m), but nanoscale work is also taking place in earnest, as the rest of the chapter demonstrates. In microphotonic integrated circuits (at the mesoscopic scale) light is guided in optical waveguides that are made on a planar substrate. By proper materials design and engineering, passive devices such as optical splitters and multiplexers can be constructed, and by adding optically active impurities (such as rare-earth ions), optical ampli ers (e.g., erbium-doped ber ampli er) and lasers can be realized. Microresonater designs have also been introduced where light can be stored and con ned in small volumes at high intensities [252, 253] (microresonators are discussed later). Current optical research is directed towards (1) the advanced design and fabrication of optical bers, (2) integrated optics, (3) optical ampli ers, (4) optoelectronic devices and, as noted, (5) nanostructures [ 254]. In the paragraphs that follow each of these areas are brie y surveyed. 1. Optical bers are used for information transport and also for optical ampli cation. Speci c areas of recent interest include but are not limited to ber fabrication methods, doped bers, specialty bers (e.g., polarization-preserving bers,

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