Imama Shehzad (@caffeinix_alche) 's Twitter Profile
Imama Shehzad

@caffeinix_alche

NLP Engineer at @gnaniAi

ID: 1437791370937348103

calendar_today14-09-2021 14:52:49

351 Tweet

88 Followers

861 Following

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Never knew that XML-based reasoning would give the best fine-grained control for text generation. By integrating structured tags in prompts, we're able to control context flow and target specific attributes like tone and intent.

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

These lines hit different ✨✨ Itne gham jo mil rahe hain mujhko, Iski kya wajah hai, Maine to kabhi tumhara dil, Dukhaya bhi nahi... Ki ab nahi hai waadon par yaken.... Dil toot sa gaya hai, Aankhen yaad kar rahi hain, Tasveeron se teri kab se, Baat kar rahi hai, Aa jao.....

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Just because something isn't a science, doesn't mean it's flawed. It simply means it exists outside that framework.The absence of current scientific understanding doesn't equate to non-existence of some concepts. -Richard Feynman

Just because something isn't a science, doesn't mean it's flawed. It simply means it exists outside that framework.The absence of current scientific understanding doesn't equate to non-existence of some concepts.
-Richard Feynman
Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Is there a fundamental trade-off between reasoning and instruction following in LLMs? 'Scaling Reasoning, Losing Control' says yes! Their findings suggest that improving reasoning capability comes at the cost of reduced instruction adherence.Quite an interesting read...

Is there a fundamental trade-off between reasoning and instruction following in LLMs? 'Scaling Reasoning, Losing Control' says yes! Their findings suggest that improving reasoning capability comes at the cost of reduced instruction adherence.Quite an interesting read...
Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

"Sometimes we don't want to heal because the pain is the last link to what we've lost." - Ibn Sina It's true,sometimes we cling to the ache because it's all that's left of what we miss. It feels like betrayal to let go, like erasing some beautiful memories .

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Well quite an interesting read! the focus on distinguishing 'generalizable reasoning' from 'pattern matching' in LLMs is great. Also the idea that models might be picking up 'partial heuristics' rather than true understanding justifies the surprising failures in production.

Well quite an interesting read! the focus on distinguishing 'generalizable reasoning' from 'pattern matching' in LLMs is great. Also the idea that models might be picking up 'partial heuristics' rather than true understanding justifies the surprising failures in production.
Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Absolutely! Beyond data unlocking capabilities,What's the optimal balance between diverse and highly targeted datasets for specific capabilities? And for synthetic data, how do we measure its 'transferability' and ensure it doesn't add spurious correlations or hallucination ?

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Building multi-turn synthetic dialogues dataset isn’t about random prompts. It’s CoT reasoning + realistic disfluencies + strict call flow control — no seed data needed. It’s not just generation. It’s a simulation.....

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Can synthetic, semantic-free data boost algorithmic reasoning in LLMs? Yes. - Procedural datasets inject inductive biases like long-range memory. - Swapping attention/MLP layers across models + fine-tuning = big gains. A must-read if you're into reasoning & pre-training LLMs.

Can synthetic, semantic-free data boost algorithmic reasoning in LLMs? Yes.
- Procedural datasets inject inductive biases like long-range memory.
- Swapping attention/MLP layers across models + fine-tuning = big gains.
A must-read if you're into reasoning & pre-training LLMs.
Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Absolutely! This trick works by freeing the computational graph associated with that specific loss. By calling it on individual loss components, memory is released sequentially, preventing the accumulation of the full graph for the combined loss. Smart memory management! 🤓😎

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Okay so another weekend passed and I can't complete my to-do list AGAIN. It's a constant battle between feeling like I deserve to relax and enjoy myself after a tough week or should I complete my never ending to do list.

Imama Shehzad (@caffeinix_alche) 's Twitter Profile Photo

Okay so I am gonna admit it watching gradient norm and loss curves during training isn’t just “nice to have.” They’re the real-time health checks for the model optimizer. Miss the spikes or stalls and you’ll be chasing bugs that graphs could’ve told in seconds.

Okay so I am gonna admit it watching gradient norm and loss curves during training isn’t just “nice to have.” They’re the real-time health checks for the model optimizer. Miss the spikes or stalls and you’ll be chasing bugs that graphs could’ve told in seconds.