• case-insensitive prefix search: default
  e.g., sig matches "SIGIR" as well as "signal"
• exact word search: append dollar sign ($) to word
  e.g., graph$ matches "graph", but not "graphics"
• boolean and: separate words by space
  e.g., codd model
• boolean or: connect words by pipe symbol (|)
  e.g., graph|network

Update May 7, 2017: Please note that we had to disable the phrase search operator (.) and the boolean not operator (-) due to technical problems. For the time being, phrase search queries will yield regular prefix search result, and search terms preceded by a minus will be interpreted as regular (positive) search terms.

found 40 matches

• 2024
• 
  Yevheniia Babenko, Volodymyr Romanov:
  Intelligent Methods in Behavioral Studies on Animal Models. ProfIT AI 2024: 265-281
• 
  Anton Bazdyrev:
  Russo-Ukrainian War Disinformation Detection in Suspicious Telegram Channels. ProfIT AI 2024: 128-136
• 
  Yevgeniy V. Bodyanskiy, Nonna Kulishova, Mykhailo Petrykin, Maxim Kulishov:
  Adaptive Piece-Wise Linear Squashing Activation Function for Deep Neural Networks. ProfIT AI 2024: 377-384
• 
  Mykola Butkevych, Dmytro Chumachenko:
  Simulation of Influenza Dynamics in Kharkiv Oblast (Ukraine) using ARIMA Model. ProfIT AI 2024: 229-237
• 
  Leonid Bytsyura, Anatoliy Sachenko, Taras Kapusta, Khrystyna Lipianina-Honcharenko, Ruslan Brukhanskyi:
  Modelling Hydroecomonitoring of Surface Water in Ukraine Using Machine Learning. ProfIT AI 2024: 245-254
• 
  Nataliia Dotsenko, Igor Chumachenko, Oleksandr Skachkov, Yuliia Husieva:
  Development and Implementation of Intelligent Programming Tool for Agile Transformation of Human Resource Management Processes. ProfIT AI 2024: 361-368
• 
  Yehor Dzhurynskyi, Volodymyr Mayik, Lyudmyla Mayik:
  Artificial Intelligence-Driven Text-to-Tactile Graphics Generation for Visual Impaired People. ProfIT AI 2024: 120-127
• 
  Anastasiia Grynenko, Olena Turuta, Ruslan Kasheparov, Olga Kalynychenko, Oleksii Turuta:
  Estimation and Visualization of Webcam Eye Tracking for Text Reading. ProfIT AI 2024: 102-110
• 
  Vladislav Kaverinskiy, Oleksandr V. Palagin, Kyrylo Malakhov:
  A Distributed Classification Method for Real-time Healthcare Data Processing. ProfIT AI 2024: 162-174
• 
  Vyacheslav Kharchenko, Oleg Odarushchenko:
  Trustworthy AI Systems from Untrustworthy Components: Development von Neumann's Paradigm using Principle of Diversity. ProfIT AI 2024: 392-404
• 
  Oleksandr M. Khimich, Serhii V. Yershov, Elena A. Nikolaevskaya, Pavlo S. Yershov:
  Development of an Intelligent Search Engine using GPT model for GrantsForScience platform. ProfIT AI 2024: 111-119
• 
  Liudmyla Koliechkina, Olena Dvirna:
  Using Models of Combinatorial Optimization Problem to Estimate the Parameters of an Intelligent System. ProfIT AI 2024: 385-391
• 
  Kyryl Korobchynskyi, Maksym Shapovalov, Viktoriia Seredenko:
  Development and Analysis of the Training Course "Organization of Databases" with AI. ProfIT AI 2024: 300-314
• 
  Daniil Maksymenko, Danylo Kryvoshein, Olena Turuta, Dmytro Kazakov, Oleksii Turuta:
  Benchmarking Conversation Routing in Chatbot Systems Based on Large Language Models. ProfIT AI 2024: 75-86
• 
  Eduard Manziuk, Oleksander Barmak, Pavlo Radiuk, Vladislav A. Kuznetsov, Iurii Krak:
  Representation of Trustworthiness Components in AI Systems: A Formalized Approach Considering Interconnections and Overlap. ProfIT AI 2024: 405-417
• 
  Danylo Martynov, Yuriy Zholudov, Mykola Slipchenko, Olena Slipchenko, Kyrylo Korobchynskyi:
  Numerical Simulation of Kinetic Processes in Thin-layer Electrochemiluminescent Light Emitting Cells. ProfIT AI 2024: 338-347
• 
  Lesia Mochurad, Liliana Mirchuk, Anastasiia Veretilnyk:
  Parallel Optimization of Dimensionality Reduction Methods for Disease Prediction: PCA and LDA with Dask-ML. ProfIT AI 2024: 150-161
• 
  Alina S. Nechyporenko, Viktor Reshetnik, Marcus Frohme, Victoriia Alekseeva, Andrii Lupyr, Vitaliy Gargin:
  Evaluation of Bone Radiodensity in Smokers. ProfIT AI 2024: 238-244
• 
  Igor Nesteruk:
  Mathematical Simulations of the Pertussis Epidemic in England. ProfIT AI 2024: 200-209
• 
  Igor Nesteruk, Oleksii Rodionov:
  The COVID-19 Pandemic Dynamics and Incomes. ProfIT AI 2024: 137-149
• 
  Volodymyr Opanasenko, Serhii Matvieishyn, Vladislav Kaverinskiy:
  Innovative Architectural Development of Corporate Enterprise Administration Systems. ProfIT AI 2024: 327-337
• 
  Halyna Padalko, Vasyl Chomko, Dmytro Chumachenko:
  The Impact of Stopwords Removal on Disinformation Detection in Ukrainian language during Russian-Ukrainian war. ProfIT AI 2024: 87-101
• 
  Amit Pandey, Akansha Singh, Ajith Abraham, Krishna Kant Singh:
  TU-Net: Transformer based U-Net for left ventricle MRI segmentation. ProfIT AI 2024: 67-74
• 
  Mykola Petrenko, Mykola Boyko, Sergii Kotlyk, Kyrylo Malakhov:
  Towards Ontology-Related Support for Transdisciplinary Research. ProfIT AI 2024: 418-429
• 
  Oksana Pichugina, Lyudmyla Kirichenko, Yurii Skob:
  Multicriteria Linear Assignment Problem in Healthcare Improvement. ProfIT AI 2024: 175-184
• 
  Sergiy Popov, Dmytro Pikhulya:
  Weighted Shifted S-shaped Activation Functions. ProfIT AI 2024: 52-66
• 
  Sergiy Popov, Iryna Pliss, Olexii Holovin, Oleh Zolotukhin, Larysa Chala:
  Fuzzy Online Bagging Using Adaptive F-transform. ProfIT AI 2024: 369-376
• 
  Pavlo Radiuk, Oleksander Barmak, Eduard Manziuk, Iurii Krak:
  Explainable Artificial Intelligence: Transitioning DL Model Decisions to User-Understandable Features in Healthcare. ProfIT AI 2024: 185-199
• 
  Viktor Reshetnik, Irina Muryzina, Marcus Frohme, Victoriia Alekseeva, Alla Dzyza, Alina S. Nechyporenko:
  Uncertainty Estimation Method for Determining Bone Density in Patients with Infiltrating Intraductal Carcinoma Undergoing Anti-Cancer Therapy. ProfIT AI 2024: 222-228
• 
  Viktor Sineglazov, Kyrylo Lesohorskyi, Volodymyr Lytvynenko:
  Intelligent Hyperspectral Image Processing for Landmine Detection and Classification. ProfIT AI 2024: 40-51

skipping 10 more matches