Engr. I.O. AYOBAMI (@ayobamiismail7) 's Twitter Profile
Engr. I.O. AYOBAMI

@ayobamiismail7

A skilled techie, specializing in programming,embedded systems and renewable energy , always seeking for new challenges🧑‍💻.

ID: 1197927614184337409

linkhttps://ioayobami.vercel.app/ calendar_today22-11-2019 17:19:50

2,2K Tweet

1,1K Followers

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Engr. I.O. AYOBAMI (@ayobamiismail7) 's Twitter Profile Photo

Kevin DeBruyne was released by Chelsea because he was considered a flop, but he became a legend at Manchester City. Do not let anyone define who you are 💯. Na who give up fuck up, better days ahead 💯.

Kevin DeBruyne was released by Chelsea because he was considered a flop, but he became a legend at Manchester City. Do not let anyone define who you are 💯. Na who give up fuck up, better days ahead 💯.
MATLAB (@matlab) 's Twitter Profile Photo

Have you read this blog post on how to use MATLAB functions to convert deep learning models between MATLAB, PyTorch, and TensorFlow 👉 spr.ly/6019LZkIR

Have you read this blog post on how to use MATLAB functions to convert deep learning models between MATLAB, PyTorch, and TensorFlow 👉 spr.ly/6019LZkIR
Engr. I.O. AYOBAMI (@ayobamiismail7) 's Twitter Profile Photo

🚀 Excited to share my recent project! I developed and simulated a 6-DOF voice-controlled robotic arm in MATLAB, integrating speech recognition with robot motion control. MATLAB #MachineLearning #Robotics #DeepLearning #SpeechRecognition #MATLAB #Automation

Engr. I.O. AYOBAMI (@ayobamiismail7) 's Twitter Profile Photo

It's painful when some people lose good individuals because they mistakenly believe those individuals have bad intentions, often due to their over caring nature.

Engr. I.O. AYOBAMI (@ayobamiismail7) 's Twitter Profile Photo

In my recent research, I developed and simulated a fault‑detection and real‑time response system for a three‑phase power network that can automatically reset after a temporary fault and trip the system when the fault persists (i.e., a permanent fault).

In my recent research, I developed and simulated a fault‑detection and real‑time response system for a three‑phase power network that can automatically reset after a temporary fault and trip the system when the fault persists (i.e., a permanent fault).