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The softswitch architecture involves the separation of the media path and media-conversion functions from the call control and signaling functions, as depicted in Figure 6-2. The entities that handle call control are known as call agents or MGCs, while the entities that perform the media conversion are known as MGs. The name softswitch is used because many of the switching functions traditionally handled by large monolithic systems in the circuit-switched world are instead emulated by software systems. In fact, in many quarters, the term softswitch is used to refer to a call agent or MGC as opposed to the overall architecture. The softswitch architecture has many supporters within the VoIP industry. In fact, many of the leaders in the industry have come together in an organization known as the International Softswitch Consortium. This organization promotes the softswitch concept and related technologies, it allows
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Although they may appear to say the same thing, subtle differences exist between the two concepts. Interworking is a techniques that allows the two systems on the ends to run Frame Relay as shown earlier in Figure 12-3 , yet run ATM across the backbone. Thus, the systems interwork with each other. Frame Relay is on both sides of the network so we can encapsulate or tunnel the traffic through the ATM network, but the traffic entering and exiting the backbone is still Frame Relay on both sides. Internetworking, on the other hand, uses techniques to convert the traffic from one form to another, much the same as a protocol converter or a gateway. A device that sits at the edge of the network earlier performs the internetworking (or interworking) function (see Figure 12-4 ). The device is typically referred to as an IWF. Taken one step further, the ATM Forum defined this interworking in two different categories:
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Checker Figure 12.16
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Part I:
If the roots of the characteristic equation are distinct and real, s1 = s2 , then the solution is of the form i(t) = Aes1 t + Bes2 t (6.29)
Figure 5.1.9 The handoff process developed by the Camino MOB design and construction teams collaboratively. It indicates that the design and detailing teams will work collaboratively at the beginning of schematic design stage (50 percent SD) and the detailing team for the subcontractors will start creating the 3D models at the detailed design stage and complete the modeling effort with a fully coordinated 3D design at the end of construction documents phase. (Image courtesy of DPR Construction, Inc., California.)
Program Control Statements
In a sustainable society, resources are used fairly and ef ciently in order to meet basic human needs globally. This condition expresses the need for just resource distribution and the use of resource-ef cient techniques to support the other conditions.
Web site: Contact: Alan Poulsen <> (613) 271-0940 Mailing: P.O. Box 4044, Ottawa, ON K1S5B1 Meetings: 7:30 pm 10:00 pm, last Monday of the month
Figure 24.2d Protocol analysis in a mesh topology. Many different paths exist in a mesh network. A protocol analyzer can capture all of the traffic on the segment of the mesh to which it is connected.
For sake of simplicity, assume PC-A and PC-B are on the same piece of copper. Once the destination receives the physical layer signals, the physical layer translates the voltage levels back to their binary representation and passes these bit values up to the data link layer. The data link layer takes the bit values and reassembles them into the original data link frame (Ethernet). The NIC, at the MAC layer, examines the FCS to make sure the frame is valid and examines the destination MAC address to ensure that the Ethernet frame is meant for itself. If the destination MAC address doesn t match its own MAC address, or it is not a multicast or broadcast address, the NIC drops the frame. Otherwise, the NIC processes the frame. In this case, the NIC sees that the encapsulated packet is a TCP/IP packet, so it strips off (de-encapsulates) the Ethernet frame information and passes the packet up to the TCP/IP protocol stack at the network layer. If this were an encapsulated IPX packet, the NIC would pass the encapsulated IPX packet up to the IPX protocol stack at the network layer. The network layer then examines the logical destination address in the packet header. If the destination logical address doesn t match its own address or is not a multicast or broadcast address, the network layer drops the packet. If the logical address matches, then the destination examines the protocol information in the
As you may know, C++ s predecessor, C, has one of the most flexible yet powerful I/O systems of any of the structured languages. (In fact, it may be safe to say that among the world s structured programming languages, C s I/O system is unparalleled.) Given the power of C s I/O functions, you might be asking yourself why C++ defined its own I/O system, since for the most part it duplicates the one already contained in C. The answer is that the C I/O system provides no support for user-defined objects. For example, if you create the following structure in C:
chapter 9 p r o t e i n B i o p h y s i c s
All plants need water, minerals, carbon dioxide, sunlight, and living space. If these needs are not met, plants cannot grow properly. A scientist wanted to test the effectiveness of different fertilizers in supplying needed minerals to plants. To test this idea, the scientist set up an experiment. Three containers were filled with equal amounts of potting soil and one healthy bean plant was planted in each of three containers. Container A was treated with Fertilizer A, Container B was treated with Fertilizer B, and Container C did not receive any fertilizer. All three containers were placed in a well-lit room. Each container received the same amount of water every day for 2 weeks. The scientist measured the heights of the growing plants every day. Then the average height of the plants in each container each day was calculated and recorded in Data Table 1. The scientist then plotted the data on a graph.
2: OSI Reference Model
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