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Few would argue with the fact that the launch of nancial futures in 1972 was a conceptual revolution It proved that the traditional idea about use of futures markets in risk management of physical commodities was applicable to nance In the decade that followed the currency launch, this revolution was validated by the successful launch of interest rate futures in 1976 and stock index futures six years later Nearly all successful nancial contracts that followed at the CME and elsewhere were built on this foundation Presently, the enormous potential of CME s reach into yet-untested arenas makes it clear that the building blocks of our conceptual breakthrough have not reached their limitation At about the same time as this conceptual revolution began, another revolution was brewing: computer technology.

articulate a number of key principles that were inherent in early design decisions but not formalized until several RFCs were developed later. This end-to-end principle is basic to Internet design; for example, it is reiterated in Architectural Principles of the Internet (IETF RFC 1958) [2] and in Some Internet Architectural Guidelines and Philosophy (RFC 3439), which notes that the end-to-end principle leads directly to the Simplicity Principle [3]. These, and related publications, note that complexity in network design is usually motivated by a need for infrastructure robustness and reliability as opposed to the QoS delivered. Consequently, there is a direct correlation between simplicity of design and QoS. These considerations give rise to the conceptual notion of the Internet design as an hourglass, consisting of the IP-enabled edge devices at either end and the minimalist IP layer in the middle. (RFC 3439) [3]. Similarly, Grid architecture is based on this minimalist hourglass design concept. Basic Grid architecture and Internet architecture are highly complementary. Grid architecture is based on the same design premise. The Grid services-oriented architecture places a wide range of functionality at the system edge. It is notable that the end-to-end argument was first advanced in the context of a design for a distributed computing system and was never intended to apply only to data networks. Current efforts in architectural design for Grid network services are continuing this tradition of enhancing edge functionality based on powerful, but simple, core facilities.

After a period of inactivity a UE is typically moved from Cell_DCH to Cell_PCH or URA_PCH state to save UE battery life and to save radio network resources. When data are present in the UE bu er ready to be sent, the UE is moved to Cell_FACH or to Cell_DCH state depending on the amount of data in the bu er. This section presents the signalling ow when a UE is rst moved from Cell_PCH to Cell_FACH, and then from Cell_FACH to Cell_DCH state. When a UE initiates, for example, a le download, it rst has to establish a TCP connection with the server. TCP connection establishment involves small packets that can be carried by the RACH/FACH. The state transition from Cell_PCH to Cell_FACH is illustrated in Figure 9.14. Before the UE is allowed to send the RACH message, it has to obtain the necessary information from the system information block that is transmitted on the downlink common channel (i.e., the BCCH). Next, the UE starts with RACH pre-ambles followed by a Cell Update in the RACH message part. The RNC responds with a Cell Update Con rm to move the UE to CELL_FACH state. Cell Update Con rm also includes UTRAN mobility information, which allocates a new radio network temporary identi er (RNTI). Cell-RNTI is used as a UE identi er in Cell_FACH state. The UE acknowledges reception of that message with a UTRAN

Phase type models are also used with systems that have multiple exits The next example presents the owgraph generalization of these models We use data on the time between births collected on Norwegian women described in Aalen (1995) Example 72: Flowgraph Model with Multiple Exits Data were collected on 1779 Norwegian women who have had one live-born child and record the time until their second birth Women in the study had their rst child during the period 1967 1971 and were followed up until 1982 The object of this study is to analyze the time until their next birth Aalen (1995) conducts an analysis using a PH model with unconditional exponential waiting times We use Aalen s reported MLEs to present a owgraph analysis Figure 723 gives a owgraph model of this process The initial state 1 represents the rst birth.