Publications
The KCIS fraternity is known for its high-quality paper publications across various journals and other platforms. In the year 2024, there were as many as 298 papers with 15071 citations, similarly in 2023, 293 papers with 13165 citations, 2022, 333 papers with 11289 citations, 2021, 298 papers with 9278 citations, in 2020, 282 papers and 6833 citations, in 2019, 259 papers and 5328 citations and in 2018, 245 papers with 4856 citations were published under the aegis of KCIS
Minimalistic Video Saliency Prediction via Efficient Decoder & Spatio Temporal Action Cues
Seeing Eye to AI: Comparing Human Gaze and Model Attention in Video Memorability
Psycholinguistic Features Predict Word Duration in Hindi Read Aloud Speech
A task and motion planning framework using iteratively deepened AND/OR graph networks
Using Multiscale Information for Improved Optimization-Based Image Attribution
White Headed Timber Optimization based Deep Learning model for Brain Tumor Prediction
Bridging Data Gaps and Building Knowledge Networks in Indian Football Analytics
Higher Order Structures For Graph Explanations
Choose Your Words Wisely: Domain-adaptive Masking Makes Language Models Learn Faster
FROC: Building Fair ROC from a Trained Classifier
C4MTS: Challenge on Categorizing Missing Traffic Signs from Contextual
Treading Towards Privacy-Preserving Table Structure Recognition
Sensor Based Active Fault Tolerant Controller for Hexacopters
TDA-Based Controversy Detection in Imbalanced Reddit Political Data
Linearly Transformed Spherical Distributions for Interactive Single Scattering with Area Lights
IdentifyMe: A Challenging Long-Context Mention Resolution Benchmark for LLMs
VELOCITI: Benchmarking Video-Language Compositional Reasoning with Strict Entailment
From Stories to Statistics: Methodological Biases in LLM-Based Narrative Flow Quantification
Achieving fair pca using joint eigenvalue decomposition
Fast self-supervised 3D mesh object retrieval for geometric similarity
Regret Guarantees for a UCB-based Algorithm for Volatile Combinatorial Bandits
Enhancing Message Sequence Charts with Spatial Knowledge