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| -rw-r--r-- | cv.pdf | bin | 84383 -> 75979 bytes | |||
| -rw-r--r-- | cv.tex | 12 | ||||
| -rw-r--r-- | industry_cv.pdf | bin | 74621 -> 66248 bytes | |||
| -rw-r--r-- | industry_cv.tex | 12 |
4 files changed, 12 insertions, 12 deletions
| Binary files differ @@ -233,12 +233,12 @@ Interested in: \emph{machine learning}, \emph{formal \& higher category theory}, In the period 2016-present, i have created several medium-to-large projects of my own, including: - \listentry{\href{https://git.sr.ht/~tslil/ctak}{ctak} [C], a line-mode interface for the game of Tak, complete with a computer opponent. This project was designed to learn about neural networks, adversarial tree search, \& buildroot for cross-compiling and embedded computing on a Raspberry PI} - \listentry{\href{https://git.sr.ht/~tslil/keyboard}{srchr} [Rust], a parallelised keyboard layout optimiser. This project exploits symmetries in ``pre-layouts'' to reduce the search space, which it explores by way of a genetic algorithm in order to optimise layouts given certain n-gram distributions and a customisable loss function as input. Includes schematics for custom keyboard pcbs} - \listentry{\href{https://git.sr.ht/~tslil/adclock}{Art-deco clock} [AVR C, OpenSCAD], a 3D-printed art-deco clock using an ATTiny24, RTC chip, and two OLED displays} - \listentry{\href{https://github.com/tslilc/siege-mode}{siege-mode.el} [elisp], an Emacs minor mode to surround the region with smart delimiters interactively} - \listentry{\href{https://git.sr.ht/~tslil/msr}{msr} [C], a public-key signature verification tool using curve Ed25519, libsodium, GNU argp, and compatible with OpenBSD's signify} - \listentry{\href{https://git.sr.ht/~tslil/zirc}{ZiRC} [Zig], a project to learn the Zig programming language and the basics of 3D rendering by building a featureful raycaster engine} + \listentry{\href{https://git.l-3.space/ctak}{ctak} [C], a line-mode interface for the game of Tak, complete with a computer opponent. This project was designed to learn about neural networks, adversarial tree search, \& buildroot for cross-compiling and embedded computing on a Raspberry PI} + \listentry{\href{https://git.l-3.space/keyboard}{srchr} [Rust], a parallelised keyboard layout optimiser. This project exploits symmetries in ``pre-layouts'' to reduce the search space, which it explores by way of a genetic algorithm in order to optimise layouts given certain n-gram distributions and a customisable loss function as input. Includes schematics for custom keyboard pcbs} + \listentry{\href{https://git.l-3.space/adclock}{Art-deco clock} [AVR C, OpenSCAD], a 3D-printed art-deco clock using an ATTiny24, RTC chip, and two OLED displays} + \listentry{\href{https://git.l-3.space/siege-mode}{siege-mode.el} [elisp], an Emacs minor mode to surround the region with smart delimiters interactively} + \listentry{\href{https://git.l-3.space/msr}{msr} [C], a public-key signature verification tool using curve Ed25519, libsodium, GNU argp, and compatible with OpenBSD's signify} + \listentry{\href{https://git.l-3.space/zirc}{ZiRC} [Zig], a project to learn the Zig programming language and the basics of 3D rendering by building a featureful raycaster engine} \newcolumn diff --git a/industry_cv.pdf b/industry_cv.pdf Binary files differindex 312562b..faa53e6 100644 --- a/industry_cv.pdf +++ b/industry_cv.pdf diff --git a/industry_cv.tex b/industry_cv.tex index 16169eb..5c79562 100644 --- a/industry_cv.tex +++ b/industry_cv.tex @@ -179,12 +179,12 @@ In the period 2011-present, i have contributed code to several open-source proje In the period 2016-present, i have created several medium-to-large projects of my own, including:\\ -\listentry{\href{https://git.sr.ht/~tslil/ctak}{ctak} [C], a line-mode interface for the game of Tak, complete with a computer opponent. This project was designed to learn about neural networks, adversarial tree search, \& buildroot for cross-compiling and embedded computing on a Raspberry PI} -\listentry{\href{https://git.sr.ht/~tslil/keyboard}{srchr} [Rust], a parallelised keyboard layout optimiser. This project exploits symmetries in ``pre-layouts'' to reduce the search space, which it explores by way of a genetic algorithm in order to optimise layouts given certain n-gram distributions and a customisable loss function as input. Includes schematics for custom keyboard PCBs} -\listentry{\href{https://git.sr.ht/~tslil/adclock}{Art-deco clock} [AVR C, OpenSCAD], a 3D-printed art-deco clock using an ATTiny24, RTC chip, and two OLED displays} -\listentry{\href{https://github.com/tslilc/siege-mode}{siege-mode.el} [elisp], an Emacs minor mode to surround the region with smart delimiters interactively} -\listentry{\href{https://git.sr.ht/~tslil/msr}{msr} [C], a public-key signature verification tool using curve Ed25519, libsodium, GNU argp, and compatible with OpenBSD's signify} -% \listentry{\href{https://git.sr.ht/~tslil/zirc}{ZiRC} [Zig], a project to learn the Zig programming language and the basics of 3D rendering by building a featureful raycaster engine} +\listentry{\href{https://git.l-3.space/ctak}{ctak} [C], a line-mode interface for the game of Tak, complete with a computer opponent. This project was designed to learn about neural networks, adversarial tree search, \& buildroot for cross-compiling and embedded computing on a Raspberry PI} +\listentry{\href{https://git.l-3.space/keyboard}{srchr} [Rust], a parallelised keyboard layout optimiser. This project exploits symmetries in ``pre-layouts'' to reduce the search space, which it explores by way of a genetic algorithm in order to optimise layouts given certain n-gram distributions and a customisable loss function as input. Includes schematics for custom keyboard PCBs} +\listentry{\href{https://git.l-3.space/adclock}{Art-deco clock} [AVR C, OpenSCAD], a 3D-printed art-deco clock using an ATTiny24, RTC chip, and two OLED displays} +\listentry{\href{https://git.l-3.space/siege-mode}{siege-mode.el} [elisp], an Emacs minor mode to surround the region with smart delimiters interactively} +\listentry{\href{https://git.l-3.space/msr}{msr} [C], a public-key signature verification tool using curve Ed25519, libsodium, GNU argp, and compatible with OpenBSD's signify} +% \listentry{\href{https://git.l-3.space/zirc}{ZiRC} [Zig], a project to learn the Zig programming language and the basics of 3D rendering by building a featureful raycaster engine} Additional points of interest:\\ |