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public class SignatureTest { public static void main(String[] args) throws Exception { if (args[0].equals( -generate ) && args.length == 5) { String sAlias = args[1]; char [] caStorePassword = args[2].toCharArray(); char [] caKeyPassword = args[3].toCharArray(); String sSourceURL = args[4]; GenerateValidateSignature objGenerateValidateSignature = new GenerateValidateSignature(); objGenerateValidateSignature.generateSignature

In the link budget calculations ( 2.3), it will be seen that the signal-to-noise ratio for reception in a satellite link depends on the characteristics of the space (satellite) and earth stations as given by their respective figures of merit. The figure of merit of a receiving station is defined as the ratio between the gain of the antenna in the direction of the received signal and the receiving system noise temperature. This gain-to-noise temperature ratio (G/T) is generally given for the maximum gain (gmax, see formula (2) in 2.1.2.1) and expressed in decibels per Kelvin (dB(K 1)): (G/T) = 10 log g 10 log TSA (dB(K 1)) 10 log g 10 log TS (dB(K 1)) Earth stations G/T typical values range from 35 dB(K 1) (main 4 GHz stations with a 15 to 18 m diameter antenna) to some 15.5 dB(K 1) (12 GHz "VSAT" data transmission microstations with 1.2 m antenna). Space stations G/T at 6 GHz typically range from about 19 dB(K 1) for a global beam antenna to 3 dB(K 1) for a pencil beam (zone beam) antenna. The G/T is a very important parameter of an earth station. The methods used for its measurement and the contributions to its noise temperature are the subject of Recommendation ITU-R S.733 and are described in 7 ( 7.2.6).

In the preceding example, the object hello is stored in the variable p and then the variable p is assigned to ps. This means that both p and ps contain the same object. Therefore, the is operator returns 1.

On Linux, it is:

For a rabbit game (where everyone tries to chase and destroy the tank assigned as the rabbit and the rabbit tries to stay alive), the rabbit can be assigned in different ways. You can have the person with the top score assigned to be the rabbit when the rabbit is destroyed as follows:

Try a bootable Linux With bootable Linux distributions, such as KNOPPIX and Damn Small Linux, you can boot a working Linux distribution from CD or DVD without touching your computer s hard disk. The Linux Toys II CD includes, and can be booted directly to, Damn Small Linux. You can use that CD to try your hardware (configure a printer, dial out with a modem, hook up your TV card, and so on) to make sure it works. If it does, you can be pretty sure that is will work (or that you can get it to work) once you install your permanent Linux distribution. Both Linux Bible, 2005 Edition and Red Hat Fedora and Enterprise Linux 4 Bible include bootable versions of KNOPPIX that you can use to test out your computer hardware before installing Fedora Core to your hard disk. KNOPPIX includes a larger set of software than is included in Damn Small Linux (although DSL is great for the basics!). You can also download your own version of KNOPPIX and burn your own CD from several locations on the Internet. (I suggest starting at www.knoppix.net.)

The satellite figures of merit for transmission (downlink), i.e. the e.i.r.p. and for reception (uplink), i.e. the G/T, are represented on maps of the Earth as "iso-e.i.r.p." or "iso-G/T" contours for facilitating link budget calculations. In some cases, only the limiting contours at the skirts of the service area (beam edge), showing the minimum performance available inside this area, are represented. Of course, inside the service area, higher e.i.r.p. and G/T are available and this is often represented on the earth coverage figures by "iso-e.i.r.p." or "iso-G/T" step-by-step contours. This is shown below in Figures 2.15, 2.16, 2.18, 2.19 (iso-e.i.r.p.), 2.17 and 2.20 (iso-G/T). The following types of coverages and of satellite antennas are most commonly used: i) Global coverage, as described above (Figures 2.12 and 2.14). The satellite antenna can then be a simple microwave circular horn.

After the generator is completed, there should be a new folder named localhost in the directory. The generator uses the namespace of the Web service in generating the stubs. In our case, the service is located under the localhost\axis directory. The package name for the new stubs will match that same hierarchy. Here s an example of one of the generated stubs, SimpleShopService: