The Particle System. #opengl
Brobotics的动态
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This video can help you in understanding race condition in multithreading and differences between atomic, volatile and Synchronized #javacoding #multithreading #javacommunity
Understanding Race Condition: Difference between Atomic, Volatile, and Synchronized
https://www.youtube.com/
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If you are familiar with the IBM PC, you'll probably know that MS-DOS was based on a product called 86DOS from a small company named Seattle Computer. What you'll see in this video is one of the earliest builds of DOS, running in an Altair 8800 emulator. (back then the IBM PC 5150, the ancestor of modern PCs wasn't even released yet) It is very barebones, having only 9 files, but with some interesting utilities! Let's take a look: https://lnkd.in/dN-h8_pt
Exploring The Hidden Roots of MS-DOS: 86-DOS 0.11 (1980)
https://www.youtube.com/
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Is it #turbulence you cannot fall asleep at night and wakes you up in the morning? Look at the OpenFOAM Turbulence Technical Committee repository: https://lnkd.in/eTcSwYis You will find there: Freshly added progressive data-augmented k-omega SST model as proposed by Amarloo and Rincón (2023) for OpenFOAM. Developed by Fluid Physics & Turbulence research group at Aarhus University. Another contribution is the work-in-progress library to model wall-modelled LES (WMLES) by Timofey Mukha. Pull, compile and enjoy their great contribution to #OpenFOAM #community and #CFD world.
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Today we explore more of the Unity physics system with the OnCollisionEnter and OnTriggerEnter methods.
OnCollisionEnter vs. OnTriggerEnter?—?When to use them?
link.medium.com
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This is a good presentation on some of the tricky parts of implementing state machines for state machine replication (Raft). https://lnkd.in/eshbCmtT
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I just published an article on Medium about a fun feature of the numbers 2 and 3, and how utterly confusing they can be! Let me know if you know of any other problems with 2 and 3!
The 2/3 Problem
link.medium.com
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1st Iteration: Electron Mass, Charge, Permittivity (e0), Planck's Constant (h), Speed of Light (c), Rydberg Constant (Rh) - Plotly Polts with CODAT/NIST and Minimum Error 1st Iteration Values in Console (HTML/JavaScript analysis/presentation - WIP) https://lnkd.in/gAxeesGm
1st Iteration: Electron Mass, Charge, Permittivity (e0), Planck's Constant (h), Speed of Light (c), Rydberg Constant (Rh) - Plotly Polts with CODAT/NIST and Minimum Error 1st Iteration Values in Console
phxmarker.blogspot.com
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I'm excited to share my insights on YOLO11, which includes: ◆ C3K2 Module: Enhances feature extraction by replacing the C2F module. ◆ C2PSA Module: Incorporates Position-Sensitive Attention for improved spatial understanding. #objectdetection #YOLO #YOLO11 #Ultralytics #yolov11
YOLO11: The Cutting-Edge Evolution in Object Detection?—?A Brief Review of the Latest in the YOLO…
link.medium.com
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To my previous post about using Phi3 to trim a prompt down for a larger model and using it for Tow.pro, I've tried to do it and failed. The prompt to trim the original problem got so large that it exceeded Phi3's context length of 4k, using larger model's larger prompt context window resulted in the prompt being so large that it defeated the purpose of trimming the overall prompt size in the 1st place. Currently a single medium sized prompt with a schema, examples, and description for entity extraction is working the best with llama3. But that was a good exercise in learning about a few generation flags and playing with them.
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