Early-fusion hybrid CNN-transformer models for multiclass ovarian tumor ultrasound classification - Frontiers
<a href="https://news.google.com/rss/articles/CBMiogFBVV95cUxNSXRDUm95c0h4SWJrc0E1WGhlaDMwcGcyR2V2WkVERC1CbVBwTF80S3lOanJKMVpFelNDRmlGTVZ1SmdQZHBMZl9ZWVpyMHFDaWlBcXVhVVJ2TzEwSVY1WUlybkhCUWpSdTRLdzFSa2lxVHZEQ3RpT1hCUTBsNlZGd29LbjlYVUVKS3hNdGFRQy1GQkdSTFIzQmdxNDk3WWptWGc?oc=5" target="_blank">Early-fusion hybrid CNN-transformer models for multiclass ovarian tumor ultrasound classification</a> <font color="#6f6f6f">Frontiers</font>
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modeltransformerAnyone else notice qwen 3.5 is a lying little shit
Any time I catch it messing up it just lies and tries to hide it’s mistakes . This is the 1st model I’m caught doing this multiple times. I’m have llms hallucinate or be just completely wrong but qwen will say it did something, I call it out then it goes and double downs on its lie “I did do it like you asked “ and when I call it out it 1/2 admits to being wrong. It’s kinda funny how much it doesn’t want to admit it didn’t do what it was supposed to. submitted by /u/Cat5edope [link] [comments]
APEX MoE quantized models boost with 33% faster inference and TurboQuant (14% of speedup in prompt processing)
I've just released APEX (Adaptive Precision for EXpert Models): a novel MoE quantization technique that outperforms Unsloth Dynamic 2.0 on accuracy while being 2x smaller for MoE architectures. Benchmarked on Qwen3.5-35B-A3B, but the method applies to any MoE model. Half the size of Q8. Perplexity comparable to F16. Works with stock llama.cpp with no patches. Open source (of course!), with github.com/mudler/LocalAI team! https://preview.redd.it/uv2bnfheymsg1.jpg?width=1632 format=pjpg auto=webp s=3eca979e8f9ca6b75d206eecdf29308b74aed530 Perplexity by itself doesn't say the full story. KL divergence tells a story perplexity doesn't: https://preview.redd.it/jn9ua2ksymsg1.jpg?width=1617 format=pjpg auto=webp s=7df969308e10aa6b6d31098c92fca1c14bb42a40 Tiers for every GPU: - I-Quality: 21.3 GB
Running SmolLM2‑360M on a Samsung Galaxy Watch 4 (380MB RAM) – 74% RAM reduction in llama.cpp
I’ve got SmolLM2‑360M running on a Samsung Galaxy Watch 4 Classic (about 380MB free RAM) by tweaking llama.cpp and the underlying ggml memory model. By default, the model was being loaded twice in RAM: once via the APK’s mmap page cache and again via ggml’s tensor allocations, peaking at 524MB for a 270MB model. The fix: I pass host_ptr into llama_model_params , so CPU tensors point directly into the mmap region and only Vulkan tensors are copied. On real hardware this gives: Peak RAM: 524MB → 142MB (74% reduction) First boot: 19s → 11s Second boot: ~2.5s (mmap + KV cache warm) Code: https://github.com/Perinban/llama.cpp/tree/axon‑dev Longer write‑up with VmRSS traces and design notes: https://www.linkedin.com/posts/perinban-parameshwaran_machinelearning-llm-embeddedai-activity-74453741179
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More in Models
Anyone else notice qwen 3.5 is a lying little shit
Any time I catch it messing up it just lies and tries to hide it’s mistakes . This is the 1st model I’m caught doing this multiple times. I’m have llms hallucinate or be just completely wrong but qwen will say it did something, I call it out then it goes and double downs on its lie “I did do it like you asked “ and when I call it out it 1/2 admits to being wrong. It’s kinda funny how much it doesn’t want to admit it didn’t do what it was supposed to. submitted by /u/Cat5edope [link] [comments]
Running SmolLM2‑360M on a Samsung Galaxy Watch 4 (380MB RAM) – 74% RAM reduction in llama.cpp
I’ve got SmolLM2‑360M running on a Samsung Galaxy Watch 4 Classic (about 380MB free RAM) by tweaking llama.cpp and the underlying ggml memory model. By default, the model was being loaded twice in RAM: once via the APK’s mmap page cache and again via ggml’s tensor allocations, peaking at 524MB for a 270MB model. The fix: I pass host_ptr into llama_model_params , so CPU tensors point directly into the mmap region and only Vulkan tensors are copied. On real hardware this gives: Peak RAM: 524MB → 142MB (74% reduction) First boot: 19s → 11s Second boot: ~2.5s (mmap + KV cache warm) Code: https://github.com/Perinban/llama.cpp/tree/axon‑dev Longer write‑up with VmRSS traces and design notes: https://www.linkedin.com/posts/perinban-parameshwaran_machinelearning-llm-embeddedai-activity-74453741179

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