Jump to Content
Register Log in

RISCY BUSINESS
Blog
Forums
Episode Guide
twitter
We are currently in the process of converting the website to the new design. Some pages, like this one, are still broken. We appreciate your patience.
RISCY BUSINESS»Episode Guide
1.13 Exercises 1-8
References ▼
Elsevier
Textbooks
[1]4:17
RISCY BUSINESS Forums
COAD 1.13 Exercises
[2]6:04
David Patterson & John Hennessy (Morgan Kaufmann)
Computer Organization and Design RISC-V Edition
[3]9:56[4]13:54[8]27:13
[10]32:54[14]1:16:42[15]1:20:54
[18]1:25:33[19]1:32:21[20]1:55:29
[21]1:58:09[22]2:08:24[23]2:21:57
[24]2:35:19[25]2:51:53[26]3:03:55
[29]3:48:53
Wikipedia
D-Wave Systems
[5]18:25
YouTube
UNBOXING A QUANTUM COMPUTER! - Holy $HIT Ep 19
[6]20:01
Intel Nervana
[7]24:06
Wikipedia
Suspension bridge
[9]30:33
University of Louisiana at Lafayette
Reserve Desk
[11]54:14
Luther College
Reserve Desk
[12]54:14
Wikipedia
Aircraft catapult
[13]1:01:06
Twitter
Got text input working for pcalc, still just using xcb for the backend, executable is 127K right now statically linked to everything
[16]1:22:09[30]3:55:15
RISCY BUSINESS Blog
July Overview
[17]1:22:09
Wikipedia
Power factor
[27]3:06:22
Evil Mad Scientist
Basics: Power dissipation and electronic components
[28]3:14:38
Filter mode:
Topics
ai
engineering
language
memory
performance
rendering
(null topic)
Media
🖮Programming🟉
📖Research
🖌Whiteboard
🎭
🏟
🔗
Link to: current timestamp
Credits
Host
Neo Ar
Indexer
Matt Mascarenhas
?
?

Keyboard Navigation

Global Keys

[, < / ], > Jump to previous / next episode
W, K, P / S, J, N Jump to previous / next marker
t / T Toggle theatre / SUPERtheatre mode
V Revert filter to original state Y Select link (requires manual Ctrl-c)

Menu toggling

q Quotes r References f Filter y Link c Credits

In-Menu Movement

a
w
s
d
h j k l
←
↑
↓
→

Quotes and References Menus

Enter Jump to timecode

Quotes, References and Credits Menus

o Open URL (in new tab)

Filter Menu

x, Space Toggle category and focus next
X, ShiftSpace Toggle category and focus previous
v Invert topics / media as per focus

Filter and Link Menus

z Toggle filter / linking mode

Credits Menu

Enter Open URL (in new tab)
0:08Recap and set the stage for the day
0:08Recap and set the stage for the day
0:08Recap and set the stage for the day
4:17Attempt to access the Instructor Materials1
4:17Attempt to access the Instructor Materials1
4:17Attempt to access the Instructor Materials1
6:04Create a thread for peer-reviewing the exercises in the riscy forums2
6:04Create a thread for peer-reviewing the exercises in the riscy forums2
6:04Create a thread for peer-reviewing the exercises in the riscy forums2
9:56Chapter 1.13 - Exercises3
📖
9:56Chapter 1.13 - Exercises3
📖
9:56Chapter 1.13 - Exercises3
📖
13:54Chapter 1.13, Exercise 1.1 - Aside from the smart cell phones used by a billion people, list and describe four other types of computers4
📖
13:54Chapter 1.13, Exercise 1.1 - Aside from the smart cell phones used by a billion people, list and describe four other types of computers4
📖
13:54Chapter 1.13, Exercise 1.1 - Aside from the smart cell phones used by a billion people, list and describe four other types of computers4
📖
18:25A few words on D-Wave Systems5
18:25A few words on D-Wave Systems5
18:25A few words on D-Wave Systems5
20:01Recommend 'UNBOXING A QUANTUM COMPUTER! - Holy $HIT Ep 19'6
20:01Recommend 'UNBOXING A QUANTUM COMPUTER! - Holy $HIT Ep 19'6
20:01Recommend 'UNBOXING A QUANTUM COMPUTER! - Holy $HIT Ep 19'6
22:45Tying this is in to RISC-V
22:45Tying this is in to RISC-V
22:45Tying this is in to RISC-V
24:06Shout-out to Intel Nervana - Inside Artificial Intelligence7
24:06Shout-out to Intel Nervana - Inside Artificial Intelligence7
24:06Shout-out to Intel Nervana - Inside Artificial Intelligence7
27:13Chapter 1.13, Exercise 1.2 - Match the eight great ideas from computer architecture to the following ideas from other fields8
📖
27:13Chapter 1.13, Exercise 1.2 - Match the eight great ideas from computer architecture to the following ideas from other fields8
📖
27:13Chapter 1.13, Exercise 1.2 - Match the eight great ideas from computer architecture to the following ideas from other fields8
📖
30:33Read about suspension bridges9
30:33Read about suspension bridges9
30:33Read about suspension bridges9
32:54Chapter 1.13, Exercise 1.2 continued10
📖
32:54Chapter 1.13, Exercise 1.2 continued10
📖
32:54Chapter 1.13, Exercise 1.2 continued10
📖
43:59Chapter 1.13, Exercise 1.2 - Our mapping of the eight great ideas in computer architecture to the ideas from other fields
🖌
43:59Chapter 1.13, Exercise 1.2 - Our mapping of the eight great ideas in computer architecture to the ideas from other fields
🖌
43:59Chapter 1.13, Exercise 1.2 - Our mapping of the eight great ideas in computer architecture to the ideas from other fields
🖌
54:14Read about library reserve desks11,12
📖
54:14Read about library reserve desks11,12
📖
54:14Read about library reserve desks11,12
📖
58:41Chapter 1.13, Exercise 1.2 - Our mapping continued
🖌
58:41Chapter 1.13, Exercise 1.2 - Our mapping continued
🖌
58:41Chapter 1.13, Exercise 1.2 - Our mapping continued
🖌
1:01:06Read about electromagnetic aircraft catapults13
📖
1:01:06Read about electromagnetic aircraft catapults13
📖
1:01:06Read about electromagnetic aircraft catapults13
📖
1:05:42Chapter 1.13, Exercise 1.2 - Our mapping continued
🖌
1:05:42Chapter 1.13, Exercise 1.2 - Our mapping continued
🖌
1:05:42Chapter 1.13, Exercise 1.2 - Our mapping continued
🖌
1:16:42Chapter 1.13, Exercise 1.3 - Describe the steps that transform a program written in a high-level language such as C into a representation that is directly executed by a computer processor14
📖
1:16:42Chapter 1.13, Exercise 1.3 - Describe the steps that transform a program written in a high-level language such as C into a representation that is directly executed by a computer processor14
📖
1:16:42Chapter 1.13, Exercise 1.3 - Describe the steps that transform a program written in a high-level language such as C into a representation that is directly executed by a computer processor14
📖
1:20:54Chapter 1.13, Exercise 1.4 - Memory and speed considerations of rendering a bitmap15
📖
1:20:54Chapter 1.13, Exercise 1.4 - Memory and speed considerations of rendering a bitmap15
📖
1:20:54Chapter 1.13, Exercise 1.4 - Memory and speed considerations of rendering a bitmap15
📖
1:22:09Plug pcalc16,17
1:22:09Plug pcalc16,17
1:22:09Plug pcalc16,17
1:25:33Chapter 1.13, Exercise 1.4 continued18
📖
1:25:33Chapter 1.13, Exercise 1.4 continued18
📖
1:25:33Chapter 1.13, Exercise 1.4 continued18
📖
1:32:21Chapter 1.13, Exercise 1.5 - Calculating CPU performance19
📖
1:32:21Chapter 1.13, Exercise 1.5 - Calculating CPU performance19
📖
1:32:21Chapter 1.13, Exercise 1.5 - Calculating CPU performance19
📖
1:38:24Chapter 1.13, Exercise 1.5a - Our CPU performance calculations
🖌
1:38:24Chapter 1.13, Exercise 1.5a - Our CPU performance calculations
🖌
1:38:24Chapter 1.13, Exercise 1.5a - Our CPU performance calculations
🖌
1:55:29Chapter 1.13, Exercise 1.5a continued20
📖
1:55:29Chapter 1.13, Exercise 1.5a continued20
📖
1:55:29Chapter 1.13, Exercise 1.5a continued20
📖
1:58:09Chapter 1.13, Exercise 1.5b - CPU cycles and instructions21
📖
1:58:09Chapter 1.13, Exercise 1.5b - CPU cycles and instructions21
📖
1:58:09Chapter 1.13, Exercise 1.5b - CPU cycles and instructions21
📖
1:59:58Chapter 1.13, Exercise 1.5b - Calculating CPU cycles and instructions
🖌
1:59:58Chapter 1.13, Exercise 1.5b - Calculating CPU cycles and instructions
🖌
1:59:58Chapter 1.13, Exercise 1.5b - Calculating CPU cycles and instructions
🖌
2:08:24Chapter 1.13, Exercise 1.5c - Reducing execution time22
📖
2:08:24Chapter 1.13, Exercise 1.5c - Reducing execution time22
📖
2:08:24Chapter 1.13, Exercise 1.5c - Reducing execution time22
📖
2:10:06Chapter 1.13, Exercise 1.5c - Calculating the desired clock rate
🖌
2:10:06Chapter 1.13, Exercise 1.5c - Calculating the desired clock rate
🖌
2:10:06Chapter 1.13, Exercise 1.5c - Calculating the desired clock rate
🖌
2:21:57Chapter 1.13, Exercise 1.6 - Comparing ISA implementations23
📖
2:21:57Chapter 1.13, Exercise 1.6 - Comparing ISA implementations23
📖
2:21:57Chapter 1.13, Exercise 1.6 - Comparing ISA implementations23
📖
2:35:19Chapter 1.13, Exercise 1.7 - Comparing compiler performance24
📖
2:35:19Chapter 1.13, Exercise 1.7 - Comparing compiler performance24
📖
2:35:19Chapter 1.13, Exercise 1.7 - Comparing compiler performance24
📖
2:36:57Chapter 1.13, Exercise 1.7a - Calculating the average CPI for each program
🖌
2:36:57Chapter 1.13, Exercise 1.7a - Calculating the average CPI for each program
🖌
2:36:57Chapter 1.13, Exercise 1.7a - Calculating the average CPI for each program
🖌
2:41:54Chapter 1.13, Exercise 1.7b - Calculating the clock rates of two processors running the two compilers' code
🖌
2:41:54Chapter 1.13, Exercise 1.7b - Calculating the clock rates of two processors running the two compilers' code
🖌
2:41:54Chapter 1.13, Exercise 1.7b - Calculating the clock rates of two processors running the two compilers' code
🖌
2:46:02Chapter 1.13, Exercise 1.7c - Calculating compiler speedup
🖌
2:46:02Chapter 1.13, Exercise 1.7c - Calculating compiler speedup
🖌
2:46:02Chapter 1.13, Exercise 1.7c - Calculating compiler speedup
🖌
2:51:53Chapter 1.13, Exercise 1.8 - Energy consumption25
📖
2:51:53Chapter 1.13, Exercise 1.8 - Energy consumption25
📖
2:51:53Chapter 1.13, Exercise 1.8 - Energy consumption25
📖
2:52:40Chapter 1.13, Exercise 1.8.1 - Calculating average capacitive load
🖌
2:52:40Chapter 1.13, Exercise 1.8.1 - Calculating average capacitive load
🖌
2:52:40Chapter 1.13, Exercise 1.8.1 - Calculating average capacitive load
🖌
2:58:01Chapter 1.13, Exercise 1.8.2 - Calculating percentage of total dissipated power
🖌
2:58:01Chapter 1.13, Exercise 1.8.2 - Calculating percentage of total dissipated power
🖌
2:58:01Chapter 1.13, Exercise 1.8.2 - Calculating percentage of total dissipated power
🖌
3:03:55Review Chapter 1.7, The Power Wall - Elaboration26
3:03:55Review Chapter 1.7, The Power Wall - Elaboration26
3:03:55Review Chapter 1.7, The Power Wall - Elaboration26
3:06:22Research Power factor27
📖
3:06:22Research Power factor27
📖
3:06:22Research Power factor27
📖
3:14:38Research power dissipation28
📖
3:14:38Research power dissipation28
📖
3:14:38Research power dissipation28
📖
3:31:04Chapter 1.13, Exercise 1.8.2 continued
🖌
3:31:04Chapter 1.13, Exercise 1.8.2 continued
🖌
3:31:04Chapter 1.13, Exercise 1.8.2 continued
🖌
3:36:27Chapter 1.13, Exercise 1.8.3 - Calculating voltage reduction required to maintain same leakage current for a 10% lower total dissipated power
🖌
3:36:27Chapter 1.13, Exercise 1.8.3 - Calculating voltage reduction required to maintain same leakage current for a 10% lower total dissipated power
🖌
3:36:27Chapter 1.13, Exercise 1.8.3 - Calculating voltage reduction required to maintain same leakage current for a 10% lower total dissipated power
🖌
3:48:53Chapter 1.13, Exercise 1.9 - Parallelism29
📖
3:48:53Chapter 1.13, Exercise 1.9 - Parallelism29
📖
3:48:53Chapter 1.13, Exercise 1.9 - Parallelism29
📖
3:51:42Call it here
3:51:42Call it here
3:51:42Call it here
3:53:24Shout-out to Patreon supporters
3:53:24Shout-out to Patreon supporters
3:53:24Shout-out to Patreon supporters
3:55:15Plug pcalc30
3:55:15Plug pcalc30
3:55:15Plug pcalc30