
Alparslan Polat
Alparslan Polat is an AI Researcher at AIMultiple. His current work focuses on GPUs, synthetic data generation, computer vision, and large language models (LLMs).
Professional Experience
During his long-term internship at the Turkish Petroleum Corporation (TPAO), Alparslan actively participated in a computer vision project, making significant contributions to the generation of synthetic data.
Research Interest
At AIMultiple, Alparslan contributes to projects involving GPUs, synthetic data generation, computer vision, fine-tuning, and large language models (LLMs). He is eager to explore the reasoning capabilities of LLMs, develop benchmarks for testing and inference, and investigate their potential applications in various fields, including geological research.
Education
Master’s Degree in Data Informatics (Starting September 2025), Middle East Technical University
Bachelor’s Degree in Geological Engineering, Middle East Technical University
High School Diploma in Mechatronics, ASO Technical College
Latest Articles from Alparslan
GPU Concurrency Benchmark
We benchmarked the latest NVIDIA GPUs, including the NVIDIA (H100, H200, and B200) and AMD (MI300X), for concurrency scaling analysis. Using the vLLM framework with the gpt-oss-20b model, we tested how these GPUs handle concurrent requests, from 1 to 1024.
Top Image Recognition Tools Compared
We evaluated the real-world performance of top cloud vision tools for object detection tasks by benchmarking their default API configurations across 5 classes. This included contrasting performances, analyzing features, and comparing service offerings in relation to pricing. Benchmark Results Performance overview at IoU=0.
LLM Pricing: Top 15+ Providers Compared
We analyzed 15+ LLMs and their pricing and performance. LLM API pricing can be complex and depends on your preferred usage. If you plan to use: Hover over model names to see their full names and over headers to see explanations about the columns.
Synthetic Data Generation Benchmark & Best Practices
We benchmarked 7 publicly available synthetic data generators sourced from 4 distinct providers, utilizing a holdout dataset comprising 70,000 samples, with 4 numerical and 7 categorical features, to evaluate their performance in replicating real-world data characteristics. Below, you can see the benchmark results where we statistically compare the synthetic data generators.
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