🧭 New here?
Take a guided tour of the site.
6 1950s 12 1960s 36 1970s 43 1980s 56 1990s 74 2000s 399 2010s 441 2020s
9 papers · tag: image processing Page 1 of 1
Thangamani, Chandru, Usanmaz, Çağlar · 2026 link ↗
8 claims 33 theorems bi-univalent close-to-convex starlike/convex of order coefficient-bounds distortion image processing
Pradip Das, Nabadwip Sarkar · 2026 arXiv ↗
5 theorems strongly starlike spirallike image processing
Murugusundaramoorthy, Nalliah · 2026 link ↗
7 claims coefficient-bounds image processing medical imaging
S. Sivaprasad Kumar; Snehal Pannu · 2026 link ↗
16 claims 18 theorems Ma-Minda starlike q-starlike image processing signal processing
El-Ityan, Tayyah, Alsalihi, Frasin, Lupaş · 2026 link ↗
13 claims 13 theorems Janowski starlike close-to-convex strongly starlike coefficient-bounds image processing machine learning
S. Sivaprasad Kumar, Pooja Yadav · 2024 arXiv ↗
23 theorems Ma-Minda starlike Janowski starlike strongly starlike image processing signal processing
Sanju Mandal, Partha Pratim Roy, Molla Basir Ahamed · 2023 arXiv ↗
6 claims 5 theorems close-to-convex strongly starlike image processing signal processing
Sushil Kumar, Rakesh Kumar Pandey, Pratima Rai · 2023 arXiv ↗
15 theorems strongly starlike image processing
Surya Giri, S. Sivaprasad Kumar · 2023 arXiv ↗
22 theorems Janowski starlike close-to-convex p-valent image processing signal processing quantum
Suggesting a paper: paper ingestion is reviewed offline so the public registry remains a reproducible release snapshot. Please send the paper URL through the project feedback channel rather than expecting immediate indexing.
↑↓ navigate↵ openesc closeall results
✦ 279 explorers have wandered the registry - thanks for stopping by. Tell us what you'd like to see →
Usage & privacy

We use first-party site metrics to improve navigation: page visits, internal clicks, search result counts (not search terms), and approximate active time. A random tab ID groups events for seven days; GPC/DNT turns this off. The separate visitor count uses a self-hosted pseudonymous fingerprint and also respects GPC/DNT.

💬 Feedback