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Cover of Eight-Bit Bastards: Level Two

Eight-Bit Bastards: Level Two

✍ Scribed by Joshua Mason


Book ID
110859757
Publisher
Bebuka Books
Year
2019
Tongue
English
Weight
341 KB
Series
Eight-Bit Bastards #2
Category
Fiction
ISBN-13
9781732189256
ASIN
B07V8SW864

No coin nor oath required. For personal study only.

✦ Synopsis


Sean and the Bastards have entered the Bitrealm, and so far it hasn’t been all 1-Ups and treasure. They’ve tracked Pliny down to a castle in the mountains to the north, and they’ll need every bit of their skills, honed while playing some of the first and greatest video games, to survive its depths.

But it won’t be easy. The castle soon takes its toll, separating the party and pitting them against some of the most dangerous creatures they’ve faced yetβ€”creatures that may not be what they seem. Something has been tormenting the souls of Afterall, transforming them into shadows of their former selves. And with every twist and turn the castle throws at them, that something is getting closer.

Add in a devious AI, a skeleton who’s watched too much TV, and more retro gaming goodness than you can shake a joystick at, and you have Eight-Bit Bastards: Level Two.

Praise for Eight-Bit Bastards: Level One:

"One of the most gamelike LitRPG stories that I've read in a long time..."

"This is by far one of the best LitRPGs I have read. It's funny, old school, and the writing is smooth."

"More Ready Player One than Ready Player One" ** - Amazon Reviews


πŸ“œ SIMILAR VOLUMES


cover
✍ Joshua Mason πŸ“‚ Fiction πŸ“… 2019 πŸ› Bebuka Books 🌐 English βš– 499 KB

"One of the most gamelike LitRPG stories that I've read in a long time..." "This is by far one of the best LitRPGs I have read. It's funny, old school, and the writing is smooth." "More *Ready Player One* than *Ready Player One*" - Amazon Reviews When you’ve maxed out your level, done

Bit-level two's complement matrix multip
✍ Radhika S. Grover; Weijia Shang; Qiang Li πŸ“‚ Article πŸ“… 2002 πŸ› Elsevier Science 🌐 English βš– 282 KB

We present a novel design of a bit-level matrix multiplier in which individual bits of a word do not have to be processed as a unit. In bit-level architectures the carry propagation delay is eliminated from the critical path. For example, in matrix multiplication, the carry chain of calculating the