#Trillium Engineering Software Update

Termux Part 3

¡EL 3D HA CAMBIADO PARA SIEMPRE! 🚀 Microsoft acaba de romper las reglas del juego con Trellis 2, su nueva IA para generar objetos 3D de altísima resolución. ¡Y es 100% OPEN SOURCE! 🔓 En este vídeo pongo a prueba el modelo con un ángel y el resultado es una locura. ¡Mira la geometría y el nivel de detalle en las alas! 🕊️ ✅ 4 mil millones de parámetros (corre en local). ✅ Descarga directa en formato .GLB. ✅ Paper y código disponibles para todos. ¿Qué objeto pasarías tú a 3D primero? Te leo abajo. 👇 #IA #Trellis2 #3D #Microsoft

[소프트웨어가 하드웨어를 만든다] 이제 프로그램이 다음 세대 기술을 직접 만들어내기 시작했습니다. 단순히 명령을 수행하는 수준을 넘어 스스로 판단하고 설계에 개입하는 단계로 발전하고 있으며, 데이터를 기반으로 최적의 구조와 작업 방식을 찾아내 생산 과정 전체를 조정합니다.0 그 결과 사람의 개입 없이도 정밀하고 반복적인 작업이 안정적으로 이루어지고, 결국 기술은 ‘도구’를 넘어 스스로를 만들어가는 시스템으로 진화하고 있습니다. 📍 현상 (Nature) AI가 제어하는 로봇이 절삭·용접·조립을 수행하며 사람 개입 없이 정밀한 생산 과정을 이어가는 장면. 📍 원리 (Science) 센서 데이터를 기반으로 진동, 마모, 오차를 분석하고 실시간으로 움직임을 수정하며 작업을 최적화합니다. 📍 존재 (Reality) 소프트웨어가 하드웨어를 만들고 그 하드웨어가 다시 소프트웨어를 만드는 구조. 기술이 스스로 진화하는 단계에 들어섰습니다. 나만 알고 싶은 기록물 [삼각점] 팔로우. 📷: #과학 #우주 #자연

Mientras los humanos se organizan… Nosotros ya estamos liderando un carnaval de precisión. Las estaciones totales Trimble no solo se mueven rápido, también saben exactamente a dónde van.

Triune Corp®

Job to gyi re baba 🤯🤯. Microsoft drop mew ai model which is really mind faad 🧠

We’ve reached a surreal point in technology. 🤯⚙️ Software is now building the hardware that will build the next generation of software. Inside advanced labs, AI-controlled robots carve, drill, weld, and assemble with sub-millimeter precision. These machines don’t just follow commands — they learn, optimize movements, detect defects, and adjust their workflow in real time. By analyzing vibrations, tool wear, and performance data, a single robot can run thousands of flawless cycles without stopping. It’s a full feedback loop: software shaping hardware… shaping software. love engineering & science? follow @quantumxtech 🌟 #robotics #software #quantumxtech #didyouknow #factgpt

Most CRM founders come from software companies. Trussi.ai come from 175 employees, 14 offices, thousands of roofs, and the daily pain of running operations at scale on someone else’s platform. The switch from Acculynx to Trussi.ai wasn’t theoretical — I bet my own company on it. That’s proof of concept that no pitch deck can match. When you are ready to move onto a CRM built by roofing contractors for roofing contractors and roofers. DM Coach‼️ We can get you onboarded and provide data migration too‼️ #roof #ai #automation

⚙️ Precision Engineering: Triple Inverted Pendulum Control This video showcases a remarkable achievement in control systems engineering where a triple inverted pendulum is stabilized through a dynamic transition. The setup demonstrates how a multi-segmented robotic arm can move from a resting state to a perfectly vertical position by utilizing a series of rapid and precise horizontal movements. This process requires complex mathematical modeling to account for the center of gravity and the mechanical forces acting on each individual joint simultaneously. Watching the segments snap into alignment highlights the seamless integration of hardware and software. Each link must be perfectly coordinated so that the energy transferred from the base reaches the final tip without causing chaotic oscillations. This type of research is fundamental for developing more agile and stable bipedal robots, as well as advancing prosthetic technology and space robotics where balance is critical. The ability to maintain such equilibrium under motion is a testament to the power of modern automation and signal processing. By refining these algorithms, engineers can create systems that are more responsive and capable of handling unpredictable environmental factors. It serves as a great reminder of how far we have come in mastering the dynamics of mechanical systems through intelligent design and computational power. What other complex mechanical systems would you like to see us stabilize next? 🤖 Please follow for more advanced engineering and robotics content. [Control Systems, Triple Inverted Pendulum, Robotics Engineering, Mechanical Dynamics, Nonlinear Control, Feedback Loops, Automation Technology, PID Control, Robotic Stability, Dynamic Transition Control, Lab Experiment, Science and Technology, Motion Control, Mechatronics, System Identification]

⚡ Quer receber mais dicas sobre CLP Siemens e Tia Portal? 👉🏼 Segue meu perfil e faça parte dos 1% de profissionais que dominam CLP na área Industrial. #tiaportal #siemens #eletricista #inetec #automacaoindustrial #instrumentacao #clp

Boosted trees, interpretable models, neural networks, forecasting. Every project turns into the same debate. AutoGluon AutoML flips the workflow. Run them all, compare them fairly, and decide based on results instead of opinions.