[Solved]1 60 Points Consider Following Code Sequence Loop Add Tl T2 Lw T3 10 Lw T4 14 Sub T5 T4 T3 Q37170768
1. (60 points) Consider the following code sequence loop: add $to, $tl, $t2 lw $t3, 10 ($to) lw $t4, 14 ($to) sub $t5, $t4, $t3 sw $t5, 18 ($t0) addi $t2, $t2, 4 slti $t6, $t2, 200 bne $t6, $zero, loop Assume that each datapath stage requires the following minimum amount of time to complete Instruction fetch (IF): 30 ns Instruction decode (ID): 20 ns Execute /address calculation (EX): 25 ns Memory access (MEM): 30 ns Register write back (WB): 20 ns o o o o o a. (10 points) How long will one loop iteration take in a single-cycle datapath? b. (10 points) How long will one loop iteration take in a multi-cycle datapath? c. (15 points) If we assume ideal pipelining (ie., no hazards and therefore no stalls), how long will one loop iteration take in a pipelined datapath? What is the speedup over the single-cycle and multi-cycle datapaths? d. (15 points) If we now assume a more realistic pipelined datapath without forwarding, how long will one loop iteration take? Show a revised code sequence that includes all necessary no-ops to support your answer e. (10 points) Which of the data hazards in this code can be completely resolved using forwarding? For each hazard, list the register number and the two instructions involved. Show transcribed image text 1. (60 points) Consider the following code sequence loop: add $to, $tl, $t2 lw $t3, 10 ($to) lw $t4, 14 ($to) sub $t5, $t4, $t3 sw $t5, 18 ($t0) addi $t2, $t2, 4 slti $t6, $t2, 200 bne $t6, $zero, loop Assume that each datapath stage requires the following minimum amount of time to complete Instruction fetch (IF): 30 ns Instruction decode (ID): 20 ns Execute /address calculation (EX): 25 ns Memory access (MEM): 30 ns Register write back (WB): 20 ns o o o o o a. (10 points) How long will one loop iteration take in a single-cycle datapath? b. (10 points) How long will one loop iteration take in a multi-cycle datapath? c. (15 points) If we assume ideal pipelining (ie., no hazards and therefore no stalls), how long will one loop iteration take in a pipelined datapath? What is the speedup over the single-cycle and multi-cycle datapaths? d. (15 points) If we now assume a more realistic pipelined datapath without forwarding, how long will one loop iteration take? Show a revised code sequence that includes all necessary no-ops to support your answer e. (10 points) Which of the data hazards in this code can be completely resolved using forwarding? For each hazard, list the register number and the two instructions involved.
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Answer to 1. (60 points) Consider the following code sequence loop: add $to, $tl, $t2 lw $t3, 10 ($to) lw $t4, 14 ($to) sub $t5, $… . . .
[Solved]1 60 Pts Convert Following Numbers 32 Bit Ieee 745 Floating Format Need Include Calculatio Q37213069
1. (60 pts) Convert the following numbers into 32-bit IEEE 745floating format. You need to include all calculation steps in orderto get full credit. Before submission, you could verify your finalanswer here:https://www.h-schmidt.net/FloatConverter/IEEE754.html
d. 1.4375
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Answer to 1. (60 pts) Convert the following numbers into 32-bit IEEE 745 floating format. You need to include all calculation step… . . .
[Solved]1 7 Major Rubric Grading Components Ele 205 Project Relative Percentage 2 3 4 5 6 7 B Grad Q37186920
need help with question #2 and #10
1.a. The 7 major rubric grading components for an ELE 205 project are (and their relative percentage) 2- 3- 4- 5- 6- 7- b. My grade for this project work should bebecause I/We will receive the following points for my/ our project sections (give true reasons) 2. The present IP address of my computer on the current network is And this is assigned from . WHOIS of my current server tells me are physically located at The MAC address is is the internet provider and they 3. In Arduino serial programming, the 9600 number equals how many characters per second as a serial transmission rate?characters/sec. 4. What are the peak current carrying capabilities of each of the Arduino pwm amps pins? 5. The two main programming components of an Arduino sketch are: and 6. Explain, using English sentences, how to connect an Arduino Uno to Matlab running on a PC or Mac (choose one or the other). List the programs needed, what sequence to run them in and on what device (Arduino and PC or Mac). 10. Explain in detail how you might experimentally determine the effective maximu sampling rate in samples per second for an arduino analog channel. Be specific! Show transcribed image text 1.a. The 7 major rubric grading components for an ELE 205 project are (and their relative percentage) 2- 3- 4- 5- 6- 7- b. My grade for this project work should bebecause I/We will receive the following points for my/ our project sections (give true reasons) 2. The present IP address of my computer on the current network is And this is assigned from . WHOIS of my current server tells me are physically located at The MAC address is is the internet provider and they 3. In Arduino serial programming, the 9600 number equals how many characters per second as a serial transmission rate?characters/sec. 4. What are the peak current carrying capabilities of each of the Arduino pwm amps pins? 5. The two main programming components of an Arduino sketch are: and 6. Explain, using English sentences, how to connect an Arduino Uno to Matlab running on a PC or Mac (choose one or the other). List the programs needed, what sequence to run them in and on what device (Arduino and PC or Mac).
10. Explain in detail how you might experimentally determine the effective maximu sampling rate in samples per second for an arduino analog channel. Be specific!
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Answer to 1.a. The 7 major rubric grading components for an ELE 205 project are (and their relative percentage) 2- 3- 4- 5- 6- 7- … . . .
[Solved]1 A2 0 1 X3 Question 1 Consider Following Equation O Dx Note Exact Solution Log 2 Apply Ro Q37170583
1 a2 0 1+x3 Question 1: Consider the following equation-> o dx. Note the exact solution is log (2 Apply the Romberg integration in order to approximate the value within a tolerance of 10-7digits of accuracy. Display the full Romberg triangle Apply the composite Simpson rule to approximate the value within a tolerance of 10-7digits of accuracy. Use n 6 1. 2. Show transcribed image text 1 a2 0 1+x3 Question 1: Consider the following equation-> o dx. Note the exact solution is log (2 Apply the Romberg integration in order to approximate the value within a tolerance of 10-7digits of accuracy. Display the full Romberg triangle Apply the composite Simpson rule to approximate the value within a tolerance of 10-7digits of accuracy. Use n 6 1. 2.
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Answer to 1 a2 0 1+x3 Question 1: Consider the following equation-> o dx. Note the exact solution is log (2 Apply the Romberg inte… . . .
[Solved]1 Answer Following Questions Regarding Class Diagram Underlying Model Given Role Characte Q37248981
1. Answer the following questions regarding the class diagram (and underlying model) given below. Role character:string (Video is abstract) Actor Video stageName: string title: string play() Hireable Commercial company: string sell) Producer genre: string obsess0 Movie genre string remake) Composition:_ 1.20 Movie Idea storyboard: string pitch) 1. What attributes does a Commercial have? 2. How many Videos can an Actor have a Role in? Why? 3. Can two Producers ever have the same Movie Idea (the object)? What about the UMML composition relationship supports your answer? Show transcribed image text 1. Answer the following questions regarding the class diagram (and underlying model) given below. Role character:string (Video is abstract) Actor Video stageName: string title: string play() Hireable Commercial company: string sell) Producer genre: string obsess0 Movie genre string remake) Composition:_ 1.20 Movie Idea storyboard: string pitch) 1. What attributes does a Commercial have? 2. How many Videos can an Actor have a Role in? Why? 3. Can two Producers ever have the same Movie Idea (the object)? What about the UMML composition relationship supports your answer?
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Answer to 1. Answer the following questions regarding the class diagram (and underlying model) given below. Role character:string … . . .
[Solved]1 Add Subtract 2 Decimal B Binary Signed Numbers 15 29 Ii 15 29 Iii 15 29 Iv 15 29 V 84 Q37282552
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Answer to 1. Add and Subtract 2 a. In Decimal b. In Binary Signed numbers i. (+15) + (+29) = ii. (-15)+(+29) = iii. (+15)+(-29)= i… . . .
[Solved]1 Answer Following Questions Regarding Equality Arrays Write Function Bool Equals Int Al I Q37220397
1. Answer the following questions regarding equality of arrays. (a) Write a function bool equals (int al, int a_size, int bll, int b_size) , 1n’ two arrays have the same elements in the same order. Show transcribed image text 1. Answer the following questions regarding equality of arrays. (a) Write a function bool equals (int al, int a_size, int bll, int b_size) , 1n’ two arrays have the same elements in the same order.
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Answer to 1. Answer the following questions regarding equality of arrays. (a) Write a function bool equals (int al, int a_size, in… . . .
[Solved]1 Applewatch Team Built Skills Needed Main Tasks Assigned Ream Members Q37232284
1. How was the AppleWatch team built? What skills were neededand what were the main tasks assigned to ream members?
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Answer to 1. How was the AppleWatch team built? What skills were needed and what were the main tasks assigned to ream members?… . . .
[Solved]1 Application Branch Bound Algorithm Given Set Machines 1m 2m 3m 4m 5m Set Cost Process Ma Q37218303
1. This is an application of the Branch and Bound algorithm. Given a set of Machines, (1M, 2M, 3M, 4M, 5M, and a set of Cost: Process to Machine Processes, (A, B, C, D, E), with the cost of assigning Process P to Machine M as shown in the table at right, the assignment prob- lem requires finding a one-to-one matching of these 5 processes to the 5 machines which minimizes the sum of the costs. A 4 8 13 2 3 B2 610 12 9 CII 10 | 5 | 6 | 4 | 18 Table I below represents the left-most branch of a search space tree where we assign Process A to Machine 1, Process B to Ma D 8 4 13 54 chine 2, and so on. Eİİ 4 | 7 | 1 | 15 | 3 Directions: First, determine the cost of the assignments in the first row of Table I below and use it as the initial bounding value. Then apply the Branch & Bound algorithm to subsequent rows, circling the assignment (letter and cost) which causes the algorithm to prune a branch. When a branch is pruned, do not record the total In Table II, use the last bound obtained in Table I to continue the process. Table I Table I 1 2 3 4 5 Total ABIC D E 1 23 4 5 Total BDİA C E 2 4 13 4 3 BDİA EC 2 4 13 15 18- BDİC AE ABIC E D 4 6 6 15 4 A B D C E 4 6 13 4 3 BİDE BDİC E A 2 4 6 15 3 461131518= ABİE CD 2 4 1 2 18 BDİE C A ABİE DC Show transcribed image text 1. This is an application of the Branch and Bound algorithm. Given a set of Machines, (1M, 2M, 3M, 4M, 5M, and a set of Cost: Process to Machine Processes, (A, B, C, D, E), with the cost of assigning Process P to Machine M as shown in the table at right, the assignment prob- lem requires finding a one-to-one matching of these 5 processes to the 5 machines which minimizes the sum of the costs. A 4 8 13 2 3 B2 610 12 9 CII 10 | 5 | 6 | 4 | 18 Table I below represents the left-most branch of a search space tree where we assign Process A to Machine 1, Process B to Ma D 8 4 13 54 chine 2, and so on. Eİİ 4 | 7 | 1 | 15 | 3 Directions: First, determine the cost of the assignments in the first row of Table I below and use it as the initial bounding value. Then apply the Branch & Bound algorithm to subsequent rows, circling the assignment (letter and cost) which causes the algorithm to prune a branch. When a branch is pruned, do not record the total In Table II, use the last bound obtained in Table I to continue the process. Table I Table I 1 2 3 4 5 Total ABIC D E 1 23 4 5 Total BDİA C E 2 4 13 4 3 BDİA EC 2 4 13 15 18- BDİC AE ABIC E D 4 6 6 15 4 A B D C E 4 6 13 4 3 BİDE BDİC E A 2 4 6 15 3 461131518= ABİE CD 2 4 1 2 18 BDİE C A ABİE DC
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Answer to 1. This is an application of the Branch and Bound algorithm. Given a set of Machines, (1M, 2M, 3M, 4M, 5M, and a set of … . . .
[Solved]1 Applewatch Team Built Skills Needed Main Tasks Assigned Ream Members Q37294045
1. How was the AppleWatch team built? What skills were neededand what were the main tasks assigned to ream members?
Expert Answer
Answer to 1. How was the AppleWatch team built? What skills were needed and what were the main tasks assigned to ream members?… . . .
