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You can also use the fc command to display your command history as well as to edit those commands. Used with its options and arguments, fc can be handier than history. For example, fc -l 5 120 lists all previous commands in your history list sequentially from number 5 to number 120. To list the same commands but in reverse order, use fc -l -r 5 120. The limitations on this maneuverability are that HISTSIZE, HISTFILESIZE, and other variable values must accommodate what you want to do.

The command creates a DLL library file to support a proxy class for the client. In the previous command, the option /target:library indicates

Two types of virtual containers are identified: Lower order (LO) VC-n (n = 1, 2 or 3). This element comprises a single Container-n (n = 1 or 2) plus the lower order VC POH appropriate to that level; Higher order (HO) VC-n (n = 3 or 4). This element comprises a single Container-n (n = 3 or 4) or an assembly of tributary unit groups (TUG-2s or TUG-3s) together with VC POHs appropriate to that level.

Following are examples of the Referred-By header:

First, let us consider the DiffServ domain concept A DiffServ domain is a set of network nodes, typically routers, cooperating to provide predefined services (EF and AF) to packet streams classified into classes There are two types of nodes in DiffServ domains: boundary nodes and interior nodes Boundary nodes connect the DiffServ domain cloud to other domains Interior nodes are connected to other interior nodes or boundary nodes and always belong to the same DiffServ domain Boundary nodes can be either ingress nodes or egress nodes, depending on packet flow direction As an example, the router located at the entry point is called an ingress router (Fig 338) It typically implements a set of functions to allow normal IP packets to benefit from DiffServ services Core routers (internal routers) are mainly responsible for the optimized IP processing for marked packets.

i = 1, 2

A telecommunication satellite constitutes a very wide band high traffic capacity relay: the primary energy sources on the satellite can supply a large number of transponders [e.g. 50 transponders with a power of 5 to 10 W on the INTELSAT-V satellite]. These transponders share the total effective bandwidth: in the frequency bands now most widely used (6/4 GHz and 14/11 GHz), the available bandwidth is 500 MHz and the bandwidth of each repeater is usually about 40 or 80 MHz. It has become current practice to reuse the available bandwidth several times, thus considerably increasing the total effective bandwidth. This frequency reuse can be effected by two procedures, which are mutually compatible: frequency reuse by beam separation: the same frequency bands are transmitted by the satellite antennas using different transponders by means of directional and space-separated radiated beams;

For digital transmission via satellite, the telephone channels to be transmitted, or more frequently the standard multiplexes from the terrestrial transmissions (e.g. 30 channel PCM), are re-combined and rearranged to form the bit streams to be transmitted by the station (in particular, after grouping in bursts, for TDMA transmission). On reception the reverse process is used to extract the bit streams intended for the station (from the bursts from the corresponding stations in the case of TDMA transmission). NOTE 1 In digital transmission the borderline between the functions performed by the multiplex/demultiplex equipment, and the signal-processing equipment described above ( 7.1.1.4), is not always clear. In particular: in the case of continuous transmissions, some of the signal-processing functions listed in 7.1.1.4.3 may be assigned to the multiplex/demultiplex equipment. This applies in particular to i) formatting and ii) synchronization, both of which are considerably simplified for continuous mode transmissions; for burst mode transmissions, i.e. in TDMA, the interface between the signal-processing equipment and the multiplex/demultiplex equipment may be in either burst mode or continuous mode.