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RISCY BUSINESS»Episode Guide
2.4
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RISCY BUSINESS and Book Club [Early Access]
[1]2:55
RISCY BUSINESS Annotated Episode Guide
two's complement
[2]11:49[15]1:22:26
David Patterson & John Hennessy (Morgan Kaufmann)
Computer Organization and Design RISC-V Edition
[3]17:43[4]20:57[5]32:51
[6]49:06[7]57:11[8]1:03:21
[9]1:07:10[10]1:07:53[11]1:11:31
[12]1:13:02[13]1:18:54[14]1:22:00
[16]1:23:58[17]1:28:14[18]1:39:00
[20]1:46:56[21]1:50:11[22]1:52:35
RISCY BUSINESS Annotated Episode Guide
Ripple Carry Adders & Two's Complement
[19]1:43:54
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0:12Shout-out to Wasim with a note on the stream organisation
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0:12Shout-out to Wasim with a note on the stream organisation
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0:12Shout-out to Wasim with a note on the stream organisation
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2:55Plug the new RISCY BUSINESS and Book Club Early Access site1
2:55Plug the new RISCY BUSINESS and Book Club Early Access site1
2:55Plug the new RISCY BUSINESS and Book Club Early Access site1
7:03Thoughts on LTR vs RTL languages
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7:03Thoughts on LTR vs RTL languages
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7:03Thoughts on LTR vs RTL languages
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9:25Wasim's perspective on numbers in RTL languages
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9:25Wasim's perspective on numbers in RTL languages
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9:25Wasim's perspective on numbers in RTL languages
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11:49Set up to dive into Chapter 2.4, noting the two's complement adder we described on RISCY BUSINESS2
11:49Set up to dive into Chapter 2.4, noting the two's complement adder we described on RISCY BUSINESS2
11:49Set up to dive into Chapter 2.4, noting the two's complement adder we described on RISCY BUSINESS2
17:43Chapter 2.4 Signed and Unsigned Numbers3
17:43Chapter 2.4 Signed and Unsigned Numbers3
17:43Chapter 2.4 Signed and Unsigned Numbers3
19:20Information theory and the "bit" as the fundamental unit of data
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19:20Information theory and the "bit" as the fundamental unit of data
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19:20Information theory and the "bit" as the fundamental unit of data
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20:57Chapter 2.4 continued4
20:57Chapter 2.4 continued4
20:57Chapter 2.4 continued4
21:25Numerical base
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21:25Numerical base
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21:25Numerical base
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29:30Plug pcalc, in-development but already available to backers at $5 or more
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29:30Plug pcalc, in-development but already available to backers at $5 or more
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29:30Plug pcalc, in-development but already available to backers at $5 or more
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30:35Understanding bases of unsigned numbers
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30:35Understanding bases of unsigned numbers
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30:35Understanding bases of unsigned numbers
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32:51Chapter 2.4 continued5
32:51Chapter 2.4 continued5
32:51Chapter 2.4 continued5
37:33Bytes split into nibbles
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37:33Bytes split into nibbles
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37:33Bytes split into nibbles
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44:25Why 64-bits? Because that's the register width of the HiFive Unleashed
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44:25Why 64-bits? Because that's the register width of the HiFive Unleashed
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44:25Why 64-bits? Because that's the register width of the HiFive Unleashed
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49:06Chapter 2.4 continued, including bit significance and the RISC-V doubleword bit length6
49:06Chapter 2.4 continued, including bit significance and the RISC-V doubleword bit length6
49:06Chapter 2.4 continued, including bit significance and the RISC-V doubleword bit length6
52:28Understanding sums of powers
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52:28Understanding sums of powers
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52:28Understanding sums of powers
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57:11Chapter 2.4 continued, 64-bit unsigned number representations7
57:11Chapter 2.4 continued, 64-bit unsigned number representations7
57:11Chapter 2.4 continued, 64-bit unsigned number representations7
57:53Tip of the day: Counting binary numbers on your hand
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57:53Tip of the day: Counting binary numbers on your hand
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57:53Tip of the day: Counting binary numbers on your hand
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1:03:21Chapter 2.4 continued, 64-bit unsigned number representations8
1:03:21Chapter 2.4 continued, 64-bit unsigned number representations8
1:03:21Chapter 2.4 continued, 64-bit unsigned number representations8
1:05:20Representing negative numbers
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1:05:20Representing negative numbers
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1:05:20Representing negative numbers
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1:07:10Chapter 2.4 continued, 64-bit unsigned number representations9
1:07:10Chapter 2.4 continued, 64-bit unsigned number representations9
1:07:10Chapter 2.4 continued, 64-bit unsigned number representations9
1:07:53Chapter 2.4 Hardware / Software Interface10
1:07:53Chapter 2.4 Hardware / Software Interface10
1:07:53Chapter 2.4 Hardware / Software Interface10
1:08:08"Natural" bases in human history
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1:08:08"Natural" bases in human history
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1:08:08"Natural" bases in human history
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1:11:31Chapter 2.4 Hardware / Software Interface, continued11
1:11:31Chapter 2.4 Hardware / Software Interface, continued11
1:11:31Chapter 2.4 Hardware / Software Interface, continued11
1:11:39Tidbit: Various bases in computer history
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1:11:39Tidbit: Various bases in computer history
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1:11:39Tidbit: Various bases in computer history
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1:13:02Chapter 2.4 Hardware / Software Interface, continued12
1:13:02Chapter 2.4 Hardware / Software Interface, continued12
1:13:02Chapter 2.4 Hardware / Software Interface, continued12
1:14:19On the physical constraints of computers in terms of their numerical representation
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1:14:19On the physical constraints of computers in terms of their numerical representation
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1:14:19On the physical constraints of computers in terms of their numerical representation
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1:18:54Chapter 2.4 continued, on overflow13
1:18:54Chapter 2.4 continued, on overflow13
1:18:54Chapter 2.4 continued, on overflow13
1:19:21Thoughts on overflow / underflow, and programming for machines
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1:19:21Thoughts on overflow / underflow, and programming for machines
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1:19:21Thoughts on overflow / underflow, and programming for machines
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1:22:00Chapter 2.4 continued, on sign and magnitude14
1:22:00Chapter 2.4 continued, on sign and magnitude14
1:22:00Chapter 2.4 continued, on sign and magnitude14
1:22:26Two's complement as a way to represent both positive and negative numbers on the same hardware15
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1:22:26Two's complement as a way to represent both positive and negative numbers on the same hardware15
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1:22:26Two's complement as a way to represent both positive and negative numbers on the same hardware15
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1:23:58Chapter 2.4 continued, shortcomings of sign and magnitude16
1:23:58Chapter 2.4 continued, shortcomings of sign and magnitude16
1:23:58Chapter 2.4 continued, shortcomings of sign and magnitude16
1:25:23Positive and negative 0
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1:25:23Positive and negative 0
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1:25:23Positive and negative 0
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1:28:14Chapter 2.4 continued, two's complement17
1:28:14Chapter 2.4 continued, two's complement17
1:28:14Chapter 2.4 continued, two's complement17
1:34:10Understanding negative numbers in two's complement, by counting with 0s
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1:34:10Understanding negative numbers in two's complement, by counting with 0s
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1:34:10Understanding negative numbers in two's complement, by counting with 0s
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1:39:00Chapter 2.4 continued, positive and negative numbers in two's complement18
1:39:00Chapter 2.4 continued, positive and negative numbers in two's complement18
1:39:00Chapter 2.4 continued, positive and negative numbers in two's complement18
1:43:54On two's complement being good for hardware designers19
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1:43:54On two's complement being good for hardware designers19
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1:43:54On two's complement being good for hardware designers19
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1:46:56Chapter 2.4 continued, two's complement20
1:46:56Chapter 2.4 continued, two's complement20
1:46:56Chapter 2.4 continued, two's complement20
1:47:30Efficient sign-checking in two's complement
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1:47:30Efficient sign-checking in two's complement
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1:47:30Efficient sign-checking in two's complement
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1:50:11Chapter 2.4 continued, two's complement21
1:50:11Chapter 2.4 continued, two's complement21
1:50:11Chapter 2.4 continued, two's complement21
1:52:35Chapter 2.4 Example 1 - Binary to Decimal Conversion22
1:52:35Chapter 2.4 Example 1 - Binary to Decimal Conversion22
1:52:35Chapter 2.4 Example 1 - Binary to Decimal Conversion22
1:59:30End it here with a glimpse into the next episode, thoughts on it all tying in to RISCY BUSINESS and thanks for all the support
🗩
1:59:30End it here with a glimpse into the next episode, thoughts on it all tying in to RISCY BUSINESS and thanks for all the support
🗩
1:59:30End it here with a glimpse into the next episode, thoughts on it all tying in to RISCY BUSINESS and thanks for all the support
🗩