verify if Data set was uploaded‚ we can verify ↓ Click on View Data Set Then‚ will pop up Data Set window Making Graphs We can make some graph to visualize data ↓ Click on Graph ↓ Then will pop up window below: ↓ For Example‚ We choose math ↓ Click on Options If you need to put more Options or just click OK ↓ Graph will pop up ↓ In this case it is a normal distribution If you want to change or add data‚ you can go to data editor and change
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Module Learning Guide Production Scheduling and Optimisation Pit optimisation using Whittle 4X Jeff Whittle brought pit optimisation of age with the first fully implemented LerchsGrossmann algorithm. The graph-maximisation approach has a number of advantages over the LP formulation illustrated above. The primary advantage is that the pit optimisation problem can be coded in any language‚ such as Fortran in the case of early Whittle products. As such‚ it is not dependent on LP solution algorithms
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H(i) = (h(k) + i^2) % T c. Double Hashing H(i‚ k) = (h1(k) + ih2(k)) % T Suggested Load Factor = Lambda = 1/2 Load Factor = The ratio of the number of records to the number of addresses within a data structure. Graphs DAG - A directed graph with no cycles. Directed Graph: Graph with edges that have
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Plot a graph versus t (plot t on the abscissa‚ i.e.‚ x-axis). Results 1: Task 3. Plot a graph versus t2 (plot t2 on the abscissa‚ i.e.‚ x-axis). The equation of motion for an object in free fall starting from rest is y = ½ gt2‚ where g is the acceleration due to gravity. This is the equation of a parabola‚ which has the general form y = ax2. Results 1: Task 4. Determine the slope of the line and compute an experimental value of g from the slope value. Remember‚ the slope of this graph represents
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because collisions decrease by using free contention free period. However‚ although the load was lower in DCF_PCF_Frag than this on DCF_PCF but the throughput was higher because of retransmission of fragments during collisions. From these four graphs we can see that using PCF network resulted in even higher delay in the nodes that does not enable PCF. Furthermore‚ PCF networks reduced the number of retransmission even in the nodes without PCF enabled as PCF networks decrease the collisions and
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Example 1 introduces the scenario of Joe the plumber‚ and his piping network. Joe states that his system of connections can deliver a flow of 3 gpm from point s to point t through his series of connections. By studying his system on a capacitated s‚t graph the flow tolerances can be mapped from point to point. Point s supplies 4 gpm to point a‚ point a then splits into two edges to points b and d which can flow 3 and 2 gpm respectively. Throughout the network there are differing capacities among the
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Student Name Luis A Mejias Date 4-06-2014_ SEC450 Database Traffic Load Lab Report NOTE: Use carriage returns and page breaks as needed to prevent table contents from extending across page boundaries. Task 1—Verify Initial Connectivity Between Router and Hosts Run a Flow Analysis to update the topology. Open the Visual CLI on the ISP router and ping all of the Servers and Host PCs including the Attack PC. Use the IP addresses indicated on the network topology page. Select the commands
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Digital Force Display reading 7. Calculate the theoretical shear force at the cut using provided equation and complete Table 2. 8. Plot the graphs which compares your experimental shear readings and your calculated theoretical shear values (i) against the weight from mass and (ii) against each other in the provided graph space. 9. Comment on the shape of the graphs. What do your plot tell us about how shear force varies due to an increased load? Does the equation we used accurately predict the shear
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reader will not need to refer to the list of questions in order to understand my work. • My responses are not numbered. • I have an introduction‚ conclusion‚ title page‚ and table of contents. • All graphs are labeled – Each graph has a title‚ labeled axes‚ and appropriate scale. • My graphs and tables are within the body of my work. They are not separate or in an appendix. • I have explained why I made the choices I did when going through the task. • I did not include key stroke sequences
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1 Multi-Channel Scheduling and Spanning Trees: Throughput-Delay Trade-off for Fast Data Collection in Sensor Networks ¨ Amitabha Ghosh‚ Ozlem Durmaz Incel‚ V. S. Anil Kumar‚ and Bhaskar Krishnamachari Two primary factors that affect the data collection rate (throughput) and timeliness (delay) are: (i) efficiency of the link scheduling protocol‚ and (ii) structure of the routing tree in terms of its node degrees and radius. In this paper‚ we utilize multiple frequency channels and design an
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