Journal: Computing

Volume 107, Issue 3

72 -- 0Jitendra Kumar 0003, Deepika Saxena, Jatinder Kumar, Abhilash Bhadoria, A. Anjali, Ashutosh Kumar Singh 0001. A hybrid neural network and cooperative PSO model for dynamic cloud workloads prediction
73 -- 0N. Malathy, A. Lavanya, S. Pooja Shree, R. Kumaripriya. Green federated learning empowered drug manufacturing mechanism for the pharmaceutical industry
74 -- 0Da Wu, Zhuo Li 0009, Yongtao Ma, Kaihua Liu, Peng Luo. Task offloading based on two types of Edge-Edge collaboration in mobile edge computing
75 -- 0Xi Liu, Jun Liu, Hong Wu, Jing Dong. An online mechanism for resource provisioning and allocation in vehicle computing
76 -- 0Sakine Sohrabi, Mehdi Sakhaei-nia, Mohammad Nassiri, Reza Mohammadi. Fog-based architecture and efficient task offloading methodology in IoT-based applications for smart irrigation system
77 -- 0Han Wang, Kevin Joji Mathews, Muhammed Golec, Sukhpal Singh Gill, Steve Uhlig. AmazonAICloud: proactive resource allocation using amazon chronos based time series model for sustainable cloud computing
78 -- 0Haithem Mezni, Mokhtar Sellami 0002, Hela Elmannai, Reem Alkanhel. Daas composition: enhancing UAV delivery services via LSTM-based resource prediction and flight patterns mining
79 -- 0Mohamed A. Abo-Soliman, Eman Shaaban, Karim Emara. ALLC: autonomous lightweight distributed ledger constructor for securing IoT information
80 -- 0Atiya Zahed, Mostafa Ghobaei Arani, Leila Esmaeili. An efficient function placement approach in serverless edge computing
81 -- 0Kotteswari Karthikeyan, Rajesh Kumar Dhanaraj, Balamurugan Balusamy, Anand Nayyar, Anupam Kumar Sharma. EELB: an energy-efficient load balancing model for cloud environment using Markov decision process
82 -- 0William Maas, Fábio D. Rossi, Marcelo Caggiani Luizelli, Philippe Olivier Alexandre Navaux, Arthur Francisco Lorenzon. Investigating cloud instances to achieve optimal trade-offs between performance-cost efficiency
83 -- 0Martha Garzón, Lindsay Álvarez Pomar, Sergio Rojas Galeano. From collective intelligence to global optimisation: an agent-based model approach
84 -- 0Liming Liu, Wenxuan Xu, Yanling Shao, Wenyong Dong, Hairui Xu, Hewen Gao, Pingping Shan, Junying Guo. A reliable multi-path cluster routing method for ground-air cooperative flying ad-hoc networks
85 -- 0Saleh ALFahad, Shameem Puthiya Parambath, Christos Anagnostopoulos, Kostas Kolomvatsos. Node selection using adversarial expert-based multi-armed bandits in distributed computing
86 -- 0Sumaiya Noor, Hamid Hussain Awan, Amber Sarwar Hashmi, Aamir Saeed, Salman Khan 0005, Salman A. AlQahtani. Optimizing performance of parallel computing platforms for large-scale genome data analysis
87 -- 0Yuancheng Xie, Zhaoxin Zhang, Haoyang Gao, Ning Li, Jialu Li. Identifying and analysis the core structure of the internet
88 -- 0Numan Shafi, Muhammad Abdullah 0004, Waheed Iqbal, Faisal Bukhari. DIMA: machine learning based dynamic infrastructure management for containerized applications
89 -- 0V. R. Rajasekar, S. Rajkumar 0001. Evaluating the impact of selective forwarding attacks on RPL-based 6LoWPAN in IoT: a comprehensive simulation study
90 -- 0Guolei Nie, Elaheh Rezvani. Towards an efficient scheduling strategy based on multi-objective optimization in fog environments
91 -- 0Jesús García-Díaz, José Alejandro Cornejo-Acosta, Joel Antonio Trejo-Sánchez. A greedy heuristic for graph burning
92 -- 0Kavitha Nagarathinam, K. Ruba Soundar, R. Karthick, J. Kohila. Correction: Automatic video captioning using tree hierarchical deep convolutional neural network and ASRNN-bi-directional LSTM
93 -- 0Leonel Feitosa, Vandirleya Barbosa, Arthur Sabino, Luiz Nelson Lima, Iure Fé, Luis Guilherme Silva, Gustavo Callou, Juliana Carvalho, Érico Leão, Tuan Anh Nguyen 0002, Paulo A. L. Rego, Francisco Airton Silva. Correction to: A comprehensive performance evaluation of container migration strategies
94 -- 0Mohammad Zolghadri, Parvaneh Asghari, Seyed Ebrahim Dashti, Alireza Hedayati 0001. Dynamic task offloading for IoT-Fog-Cloud systems: a network traffic-aware decision tree approach