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A3: The spectrum is divided into many small channels in a CDMA or a FDD-TDMA system. The bandwidth of each channel is very narrow. If a narrowband station is needed, it must be located in the small bandwidth of each channel. This is difficult to have a narrowband station.
If a narrowband station is needed to transmit in multiple channels, the hardware and software system costs are very high, and the operating system is more complicated. Therefore, in the case of the fixed narrowband broadcast station, it is usually broadcast by many channels (typically 33kHz) and the receiver software selects the correct narrowband channel for the broadcast.

A4: The Preamble and the guard time of the MPEG-1 and MPEG-2 are very short, and the demodulation of these signals should be completed quickly. Therefore, the channel synchronization of the SDR-based demodulator is very important for the whole demodulation process. It can be completely calculated by the demodulator, and the calculation can be completed in a very short time. While FFT demodulators require the high-speed, which is usually several times of the channel rate, and this may cause a problem to the demodulation. This problem is not completely related to the hardware resources, and the software implementation of FFT demodulation can cause this problem.

A5: As per the IEEE 802.11a specification, the Wi-Fi signals are transmitted with a data rate of 54 Mbps and a longer preamble, than the IEEE 802.11b/g signals. The IEEE 802.11b/g signal is based on direct sequence spread spectrum (DSSS) and has a data rate of 11 Mbps, which transmits at the same transmission rate as the IEEE 802.11b/g signals. When the software receiver detects a DSSS frame, it can decide the preamble length and transmit data and so on. On the other hand, in the Wi-Fi signals, in addition to the direct sequence spread spectrum method, the IEEE 802.11a has a processing gain method called OFDM. The preamble length of the IEEE 802.11a signal is 16 times as long as the IEEE 802.11b/g signal, but the transmit data rate of IEEE 802.11a signal is only 2Mbps. In the 802.

Ethernet and Industrial Ethernet are widely used nowadays in control applications due to the bandwidth, robustness and scalability they provide. However, when dealing with complex systems, the use of these standards generates complex wirings, and the necessity of devices that penalize the size and weight of the system (e.g. access points, routers, switches, etc). Besides, depending on the application (e.g. moving or rotating elements) it may not be possible to route a wire to all the elements to control. The use of wireless control networks is therefore the solution for these issues. However, this type of applications requires a reliability not provided by classical wireless communication systems. Software Defined Radio and Cognitive Radio are technologies that enable the implementation of wireless communication systems with enough bandwidth and reliability so as to replace this type of wired control networks. On this basis, this paper presents the implementation of a wideband RF-to-Ethernet bridge for its use in control applications. The bridge has been fully implemented on an FPGA device and includes cognitive features in order to achieve the reliability and interference avoidance that control applications require.
A2: I-NCTU-11.01 gives specific requirements for the SDR receiver. The Software Communications Architecture defines a standard for implementing such radio receivers, such as the DVB-S2 Physical Layer. The standard specifies the Open Software Radio Interface (OSRIF) for all of the major requirements of the software, which allows the software to interface with other DVB-S2 hardware devices. The typical programming environment is a C-like language, and the user interfaces are provided through the command-line text file format. In addition to the standard API, the OSRIF also provides a plug-in mechanism which allows third-party code to be connected to the OSRIF and, through the OSRIF mechanism, directly attached to the hardware. Since the SDR standard is well-established, and the software interfaces are in place, it is far easier to create new software solutions based on the standard than it is to create a new standard.
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