A compilation of my educational resources.

There’s more than what is listed here, for that you may visit the org.

In Java

Concurrent Data Structures

📋 Algorithms	🔒 Locks	🔏 Special
📋 dining-philosophers-problem	📋 sleeping-barber-problem	📋 bakery-algorithm
📋 dekker-algorithm	📋 peterson-algorithm	❌
🔒 tas-lock	🔒 ttas-lock	🔒 backoff-lock
🔒 array-lock	🔒 clh-lock	🔒 mcs-lock
🔏 simple-reentrant-lock	🔏 simple-read-write-lock	🔏 fifo-read-write-lock
🔏 bathroom-lock	🔏 simple-semaphore	🔏 monitor-example

🚂 Queues	📚 Stacks	🚦 Sets
🚂 locked-queue	🚂 array-queue	❌
📚 backoff-stack	📚 elimination-backoff-stack	📚 array-stack
🚦 coarse-set	🚦 fine-set	🚦 optimistic-set

🧮 Counting networks	❤️ Combining	🏦 Misc
🧮 periodic-network	🧮 bitonic-network	❌
❤️ combining-tree	❌	❌
🏦 savings-account	❌	❌

Projects

• 📻 k-compare-single-swap﹕ k-compare single-swap (KCSS) is an extension of CAS that enables atomically checking multiple addresses before making an update.
• 📻 bowling-alley: Bowling Alley Management System assignment in Software Engineering Course (original).

In Processing

📺 Programs	❌	❌
📺 sir_model	📺 trigonometry_graphs	📺 mosfet_sim
📺 draw_learn	📺 neuron_ball	📺 fourier_transform
📺 snake	❌	❌

In VHDL

📺 MINE Examples	💽 Logic gates	❌
📺 blink	📺 button	📺 first_component
📺 multiple_components	❌	❌
💽 gate_and	💽 gate_or	💽 gate_not
💽 gate_nand	💽 gate_nor	💽 gate_xor
💽 gate_xnor	💽 gate_imply	❌

Project

• 📻 cpu_basic﹕ Design of a pentium-like 32-bit CPU.

In Racket

🧾 List	📓 S-List	➰ Lambda
🧾 length	🧾 find-index	🧾 set
🧾 increment-first	🧾 get	🧾 get-informative
🧾 number-elements	🧾 cartesian-product	🧾 any
🧾 every	🧾 map	🧾 reduce
🧾 filter	🧾 reverse	🧾 repeat-value
🧾 append	🧾 remove-first-value	🧾 remove-value
🧾 sort	🧾 sort-by	🧾 bubble-sort
🧾 merge	❌	❌
📓 count-value	📓 reverse-pairs	📓 up
📓 down	📓 flatten	📓 replacex
📓 replace	📓 replace-inline	📓 replace-map
➰ occurs-free	❌	❌

Misc

• 🌲 tree: Binary tree consists of nodes each with a number, and two child subtrees.
• 🗼 tower-of-hanoi: Can your solve the tower of hanoi (recursive vietnam) problem?

Assignments

• 🧾 lists-assignment: Functional Programming on Lists.
• 🌲 trees-assignment: Functional Programming on Trees.
• 🧾 lists-quiz: Implementing operations on list using functional calls such as map, foldl, apply …

Interpreters

➰ POPL	❌	❌
➰ arithmetic	➰ arithmetic2	➰ lexical
➰ functional	➰ recursive	➰ stores

In CUDA

📖 CUDA By Example	❌	❌
📖 hello-world	📖 device-properties	📖 choose-device
📖 addition	📖 malloc-test	📖 dot-product
📖 vector-sum	📖 histogram	📖 matrix-multiplication

References

• CUDA by Example :: Jason Sanders, Edward Kandrot