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conditioning which is thirsty for electricity. Of course, as we have seen, we can easily generate heat using solar methods. To understand how solar cooling differs from conventional refrigeration methods, let s compare the two and look at similarities and differences. In a conventional refrigeration setup, a refrigerant a substance that readily evaporates at a low temperature is compressed, which causes it to become liquid. This compression is usually driven by an electric motor using valuable watts in the process. The refrigerant is then allowed to expand to do this it requires heat, which it gains from the material under refrigeration. As the heat transfers from the material to be refrigerated to the refrigerant, the refrigerant expands. It must then be compressed and forced around the loop again! This cycle continues indefinitely no refrigerant should escape from the system. Our system works in a slightly different way. The refrigerant is kept locked up in a material which soaks up refrigerant like a sponge soaks up water. As we heat this material, the refrigerant is liberated from it, turning into a liquid as it condenses. This liquid will readily evaporate again it is encouraged to do this by the absorbent material which tries to suck the refrigerant back once it has cooled. As the refrigerant shuttles back to the absorbent material it takes heat with it. This shuttling back and forth continues so the process is a bit more like a train going back and forth in a straight line, than a train continually circling in a loop.

guaranteed In normal TCP transmission mode, only 64KB of data can be transferred in a single session, unless large window support is enabled, in which case up to 1GB of data may be transmitted The header may also have information inserted by the source machine, which is referred to as data encapsulation The action of passing a packet is referred to as a hop, so routing involves enabling packets to hop from a source host to any arbitrary host on the Internet In order for packets to be delivered correctly between two hosts, all intermediate routers must be able to determine where the packets have come from and where they must be delivered to This can be achieved by referring to a host by using its IP address (eg, 204164258) or its Fully Qualified Domain Name (eg, servercompanycom).

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Although it is also possible to refer to a machine by its Ethernet (hardware) address, a logical rather than a physical representation of a machine s network interface card is always used Sending a packet across a network makes full use of all network layers For example, if a telnet session is to be established between two machines, the application protocol specifies how the message and header are to be constructed, information which is then passed to the transport layer protocol For a telnet session, the transport layer protocol is TCP, which proceeds with encapsulation of the packet s data, which is split into segments The data is divided depending on the size of the TCP window allowed by the system Each segment has a header and a checksum The checksum is used by the destination host to determine whether a received packet is likely to be free of corruption.

When a segment is due to be transmitted from the source host, a three-way handshake occurs between the source and destination: a SYN segment is sent to the destination host to request a connection, and an acknowledgement (ACK) is returned to the source when the destination host is ready to receive When the ACK is received by the source host, its receipt is acknowledged back to the destination, and transmission proceeds with data being passed to the IP layer, where segments are realized as IP datagrams IP also adds a header to the segment, and passes it to the physical networking layer for transport A common method of enacting a denial-of-service (DoS) attack on a remote host involves sending many SYN requests to a remote host, without completing the threeway handshake Solaris now limits the maximum number of connections with incomplete handshakes to reduce the impact of the problem.

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