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Manufacturing and assembly processes need to be documented as well as individual part design. You often need to create exploded-view assembly instructions for manufacturing or service documentation at each step of a multi-step assembly process. Figure 12.8 shows a page of this type of process documentation. This is certainly a task that is different from the initial design or modeling of the assembly, and it may require an entirely separate model. Generally, you can perform the different steps by using a separate configuration for each process step, with exploded views for each configuration.

The following code demonstrates the ANSI default nullability versus SQL Server s nullability. The first test uses the SQL Server default by setting the database ansi null option to false, and the ansi_null_dflt_off connection setting to on:

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onto it (This gure is the same as Fig 192, but with the vertical scale exaggerated) An electrical connection is made at each end of the N-doped layer to form the source and drain electrodes To achieve an electrical connection, a layer of N -doped material must be between the metal electrode and the N-doped semiconductor The gate is a MES junction on the N-doped gallium arsenide with no N intermediate layer The electrons ow through the N-doped gallium arsenide channel from the source to the drain, and the thickness of the channel is controlled by the negative voltage applied to the gate Like the FET, the HEMT shown in Figure 195b is built on a semiinsulating gallium arsenide substrate Unlike the FET, however, the HEMT consists of multiple layers of different materials, including lightly N-doped aluminum gallium arsenide and N-doped gallium arsenide.

Up to now, we have only discussed the information-theoretic limits of MIMO systems The big question is how to realize these capacities in practice One possibility is joint encoding of the data streams that are to be transmitted from different antenna elements, combined with maximumlikelihood detection When this technique is combined with (almost) capacity-achieving codes, it can closely approximate the capacity of a MIMO system For a small number of antenna elements and for a small modulation alphabet (BPSK or Quadrature-Phase Shift Keying (QPSK)), such a scheme can actually be gainfully employed However, for most practical cases, the complexity of a joint MLSE is rather high For this reason, so-called layered space time structures have been proposed, which allow us to break up the demodulation process into several separate pieces, each of which has lower complexity These structures are also widely known under the name of BLAST architectures.

Horizontal BLAST H-BLAST is the simplest possible layered space time structure18 The TX rst demultiplexes the data stream into Nt parallel streams, each of which is encoded separately Each encoded data stream is then transmitted from a different transmit antenna The channel mixes up the different data streams; the RX separates them out by successive nulling and interference subtraction In other words, the RX proceeds in the following steps (Figure 2018): It considers the rst data stream as the useful one, and regards the other data streams as interference It can then use optimum combining for suppression of interfering streams (see 13) The RX has Nr Nt antenna elements available If Nr = Nt , it can suppress all Nt 1 interfering data streams and receive the desired data stream with diversity order 1.

What you can t do at this point is save this information. In fact, while Scriptaculous and Prototype and all of JavaScript, for that matter have given you amazing abilities for manipulating elements on the page, once you click Refresh in your browser, it s all back to square one. This is where server-side scripting comes to the rescue. When you get to that material, starting in 13, you ll start to see how to take advantage of various persistence mechanisms, which will let you save information from one page load to the next.

If the RX has more antennas, it can receive the rst data stream with better quality But in any case, interference from the other streams can be eliminated The desired stream can now be demodulated and decoded Outputs from that process are rm decisions on the bits of stream 1 Note that since we have separate encoding of different data streams, we only need knowledge of the rst stream to complete the decoding process..

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