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Manufacturer Model Center frequency Passband width Insertion loss in band Attenuation at +100 kHz Group delay deviation Toyo SF086WA-001 86.85 MHz +15 kHz 4.0 dB 40 dB 5 ms
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There are times when you d like to save the output from a command instead of just having it display on the monitor. The bash shell provides a few different operators for allowing you to redirect the output of a command to an alterative location (such as a file). Redirection can also be used to input and output, redirecting a file to a command for input. This section describes what you need in order to use redirection in your shell scripts.
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is created as a single part as a result of input from marketing, but when it comes time for manufacturing input, the part count and processes keep changing. Where the parts break from one another keeps changing as well. When that kind of change is happening, having the parts created as individual parts is a big liability because it is difficult to change. Changing which bodies are merged together is much easier.
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The Repeater control allows you to display in any format you desire on a Web page using custom templates and styles that you define. Within the code of the document, the Repeater control is written as <asp:repeater>, as shown in the following code: <asp:Repeater id="Repeater1" DataSource="<% databindingexpression %>" runat=server> <HeaderTemplate> Header template HTML </HeaderTemplate> <ItemTemplate> Item template HTML </ItemTemplate> <AlternatingItemTemplate> Alternating item template HTML
FIGURE 4.25 Options for Ordinate Dimensions
Though most custom functionality comes via plugin files, you can also have code included in a file called functions.php inside a theme. Most themes will already have a functions.php, but if yours doesn t, you can simply add one. This file exists so that theme authors can provide custom functionality specific to their theme, and it behaves exactly the same way that plugins work. The only difference is that you don t have to manually activate this file in the same way that you do for a plugin. It is included automatically when the theme is active. n
adopted by the Third-Generation Partnership Project (3GP) in the UMTS 3G cellular standard [ETS00]. 8.4.3 ARQ Schemes A long-standing and widely used method of error control combines error-detection block coding with retransmission on request in a technique called automatic repeat request (ARQ). If forward-error correction coding is used in conjunction with an ARQ protocol, the technique is referred to as hybrid ARQ. Over the years, many variations on the ARQ technique have been studied, and detailed treatments can be found in a number of references, including [Lin04, Com84, Lin84, Tan88, Dos92]. ARQ techniques are particularly well suited to any channel where errors tend to occur in bursts, and to fading radio channels in particular. In essence, ARQ is a method of adapting the effective information transmission rate to the conditions of the channel. That is, when the channel transmission quality is high, most of the code blocks are received correctly on the rst try, and information is carried over the channel at a rate at or near the maximum rate allowed by the transmission format. When channel quality degrades due to fading, signal blockage, or other temporary signal disruption, code blocks are received with detected errors, and transmission of new data is slowed down or even halted ( owcontrolled ), while erroneous blocks are retransmitted, perhaps multiple times, until the channel returns to a state of good transmission quality. Effective applications of ARQ are not limited to fading channels, of course. Forms of ARQ are incorporated into all of the common contention-based multiuser access protocols, such as ALOHA, CSMA and others, where the principal source of errors is collision between different users packets (see 11). ARQ protocols are also part of the design of standard data network protocols, such as BISYNC, X.25, and TCP/IP. A key gure of merit for an ARQ system is its throughput ef ciency or simply throughput, which is de ned as the ratio of the average number of information bits accepted at the receiver to the maximum data transmission rate on the channel. The achievable throughput is determined to a large extent by the retransmission strategy chosen from the several strategies are available. The relative advantages and disadvantages of one retransmission strategy relative to another are in uenced somewhat by the detailed error-clustering characteristics of the channel at hand. Here we brie y de ne the principal retransmission strategies and comment on their effectiveness on fading channels. The three basic types of ARQ strategies are stop-and-wait, go-back-N , and selective repeat. The simplest strategy is stop-and-wait, in which the transmitter stops after transmitting each data block and waits until an acknowledgment (ACK) or retransmission request (NAK) is sent back from the receiver, or a timer expires. In full-duplex transmission, ACKs and NAKs are sent along with data blocks on the return channel. Typically, only error detection (rather than FEC) is implemented at the receiving end, although hybrid forms of stop-and-wait have been proposed for some applications [Com84, Lin04]. An obvious potential problem with stop-and-wait ARQ is that if the transmitter must be idle while waiting for acknowledgments, throughput will suffer, and if round-trip delays are long, throughput can suffer appreciably. The problem of idling with stop-and-wait ARQ is alleviated with the use of a slightly more complex strategy called continuous ARQ or go-back-N. This is the retransmission protocol in predominant use in packet-switching networks. Here the transmitter does
Ruby provides three types of variables to use in your applications.
Figure 5.14 Performing an alignment test
( BWRF or LO ) relative = f fC = 1584 [( 4752 + 3168) 2 ] = 40.00%.
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