RISCV: implement cache-management : RISC Instructions : What do they all mean ? Todays manuel BLTU : https://passlab.github.io/CSE564/notes/lecture08_RISCV_Impl.pdf

[Duke Abbaddon]

RISC Instructions : What do they all mean ? Todays manuel BLTU

signed magnitude (BLT/BGE) or unsigned magnitude (BLTU/ BGEU) • 12-bit
immediate encodes branch target address as a signed offset from PC, in
units of 16-bits (i.e., shiR leR by 1 then add to

https://passlab.github.io/CSE564/notes/lecture08_RISCV_Impl.pdf

#CryptoFASTintFL Polynomial ROOFLINING : In terms of Entropy pool Int
& Timer collections Polynomial is a Cryptologic_Functiontion & should
be A : Rooflined B : Streamlined & C : In Crypto_hash_function.h
https://lkml.org/lkml/2022/3/30/1313

https://lkml.org/lkml/2022/3/30/1565

Rupert S
*****

Polynomial ROOFLINING : #CryptoFASTintFL

In terms of Entropy pool Int & Timer collections Polynomial is a
Cryptologic_Functiontion & should be A : Rooflined B : Streamlined & C
: In Crypto_hash_function.h

https://lkml.org/lkml/2022/3/30/1313

**Reference**

Multi Bit load operations for bitmap,Texture & Other tasks +ON+HighLowOP (c)RS
May take higher or lower bit depth & precisions: Rupert S 2021

MultiBit Serial & Parallel execution conversion inline of N*Bit -+

2 16 Bit loads is 32Bit but takes 2 cycles...

16 Bit loads with 32 Bit Stores & Math unit:

Operation 1

16Bit , 16Bit , 16Bit , 16Bit Operation
    \         /    \         /
           Inline Store
     32Bit Store 32Bit Store
           64Bit Store
       \     /
32Bit ADD/DIV x 2 or 64Bit ADD/DIV x1

Operation 2

32Bit ADD/DIV x 2 or 64Bit ADD/DIV x1
          \            /
          4x 16Bit Store

4 x 16Bit Operation

MultiBit Serial & Parallel execution conversion inline of N*Bit -+

In the case of ADD -+ Signed for example:(c)RS
Plus & - Lines ADD or Subtract (Signed, Bit Depth Irrelevant)

Multiples of 16Bit works in place of 32Bit or 64Bit

V1: 16Bit Values composing a total 128Bit number
V2: 16Bit Values composing a total 128Bit number - (Value less than V1)
V3: Result
NBit: Bit Depth

4x16Bit operations in the same cycle >
If Value = 16Bit = Store
If Value = V3=Bit = Store * NBit

Stored 128Bit RAM or if remainder = less > 4x16Bit -1-1-1 ; 16Bit Value Store

*

*RAND OP Ubuntu

https://pollinate.n-helix.com/

(Rn1 *<>/ Rn2 *<>/ Rn3)

-+
VAR(+-) Var = Rn1 +- Rn8

(Rn5 *<>/ Rn6 *<>/ Rn7)

4 Samples over N * Sample 1 to 4

Input into pool 1 Low half -+
Input into pool 1 High half -+

*RAND OP Recycle It

*

(c)RS https://bit.ly/DJ_EQ