Star-struck

Aleksandar Karadimce

Macedonia University St. Paul the Apostle - Ohrid

36 Papers
110 Following
49 Followers

Hub

Commented on AI influence on labour, work, (un)employment
The Nimbus team, known for its pioneering work in cloud and edge computing, is looking for a Senior Research Software Engineer to join our dynamic group. This position offers the unique opportunity to work on the Chameleon platform, among other things, where you can contribute to transformative solutions that enhance scientific discovery. Read more: https://chameleoncloud.org/blog/2024/05/23/chameleon-team-is-hiring-apply-now/

Article

Commented on Hands-free interaction in immersive virtual reality: A systematic review
Immersion is further amplified through dynamic interaction mechanisms within the virtual environment. Technologies enabling gesture recognition, hand controllers, voice commands, and full-body tracking allow users to navigate, manipulate digital objects, and engage in multifaceted actions, augmenting the realism of their virtual experience.

Hub

Commented on Postdoctoral Fellowship
Here is a brilliant Postdoctoral Researcher position in distributed computing at IMDEA Software Institute in Madrid, Spain. You will collaborate with Dr. Alexey Gotsman on exciting projects at the intersection of blockchains, distributed transaction processing, and formal methods. Shape your research focus! We'll work together to define a project that aligns with your expertise (distributed computing theory, distributed systems, or formal methods) and our shared interests. This one-year position (extendable) offers: Competitive salary and travel benefits Collaborative environment in vibrant Madrid Opportunity to contribute to groundbreaking research Qualified? Apply by June 28th! https://software.imdea.org/careers/ (Ref: 2024-05-postdoc-distributed) Questions? Contact Dr. Gotsman: https://software.imdea.org/~gotsman/

Hub

Commented on Blockchain Technology & Web 3.0
The digital divide looms large, posing significant challenges for small-scale and resource-constrained farmers. The upfront investment costs required for virtual farming infrastructures may reinforce existing disparities, underscoring the urgency for accessible and inclusive technological solutions. Bridging this divide necessitates targeted support via government programs or farmers co-op funding mechanisms and training for small-scale farmers, ensuring equitable access to the benefits of virtual environments. Read more in the research paper T. Gillpatrick, S. Boğa, and O. Aldanmaz, "How can blockchain contribute to developing country economies? A literature review on application areas," Economics, vol. 10, no. 1, pp. 105-128, 2022.

Article

Commented on A review of social science on digital agriculture, smart farming and agriculture 4.0: New contributions and a future research agenda
The economic landscape of virtual environments in animal farming is nuanced, with the potential for cost reduction and heightened efficiency. Virtual farming can optimize resource management, enhance feed efficiency and health monitoring, and reduce operational costs and environmental impact.

Hub

Commented on Virtual & Augmented Reality
Through the harmonious integration of VR hardware, software, simulated components, interaction techniques, rendering capabilities, networking functions, and development tools, virtual environments transcend conceptual boundaries to become tangible experiences. This convergence of technology materialises immersive digital worlds. It propels users into engaging, realistic, and socially connected virtual experiences, marking a significant milestone in the evolution of digital interaction and simulation. Read more in the research paper D. Wu, Z. Yang, P. Zhang, R. Wang, B. Yang, and X. Ma, "Virtual-Reality Inter-Promotion Technology for Metaverse: A Survey," IEEE Internet of Things Journal. DOI: 10.1109/JIOT.2023.3265848, 2023

Article

Commented on The impact of design on improved learning in virtual worlds: an experimental study
An array of development tools facilitates the architecture of virtual environments, generating 3D models, textures, animations, and the programming necessary for constructing interactive and captivating virtual spaces. The discourse analysis compares the established virtual world presence and conventional content supply techniques based on widely recognized features. Comparatively, quantitative analysis is predicated on user data gathered following basic learning trials. It was discovered that features like friendliness, realism, sophisticated navigation, and having a social and detailed aspect significantly drew users' attention as they were learning. Learning was accomplished quickly compared to traditional methods, but novice users found it challenging to begin interacting with the material. Users' pre- and post-learning replies showed a considerable increase in their level of knowledge.

Journal

Commented on WSEAS Transactions on Environment and Development
r Special Issue: "Lakes, Rivers, Seas, Water" for the Journal "WSEAS Transactions on Environment and Development". This journal is indexed in Scopus, IET, EBSCO, ProQuest, CNKI, Copernicus, Scilit, etc. If you want, you have to upload your paper in the correct WSEAS format via this link (only via this link) https://wseas.com/form/wseas-form/upload-form/ until June 30, 2024

Article

Commented on Weather forecasting and prediction using hybrid C5.0 machine learning algorithm
There has been a Retraction(s) for this article Retraction Volume 35 Issue 13 International Journal of Communication Systems First Published online: July 6, 2022 Check the full link https://onlinelibrary.wiley.com/doi/10.1002/dac.4805#

Article

Commented on Weather forecasting and prediction using hybrid C5.0 machine learning algorithm
The paper describes an AI-powered chatbot designed for emergency health situations. It uses voice technology and machine learning to provide user-friendly assistance. This chatbot aims to make medical emergencies calmer and get people the help they need faster. The poster for this paper is published at https://www.peeref.com/posters/10691/artificial-intelligence-based-vociferation-chatbot-for-emergency-health-assistant

Article

Commented on Virtual reality for freely moving animals
In the industrial farming setting, virtual environments may not tackle the underlying causes of animal suffering. For example, this approach may make farmers feel like offering virtual reality to virtual poultry might overlook the root cause of the animal’s plight. This would be construed as only superficial animal welfare enhancement and not a real substantial systemic change.

Article

Commented on Animals in Virtual Environments
Public knowledge of animal welfare and ethical animal farming can be significantly expanded using advanced multi-sensory technology and VR farm trips. Critically evaluated—One major fear is the question of habituation and its effect on creatures and their behaviour. Longitudinal studies indicate that initial advantages, from lowered stress to enhanced actions, may quickly diminish, leaving animals insensitive and non-responsive when exposed to metaverse-based virtual reality technologies.

Journal

Commented on TALANTA
The journal Talanta aims to publish original research papers, short communications, and critical reviews in all branches of pure and applied analytical chemistry. For more information, visit the Talanta journal page https://www.sciencedirect.com/journal/talanta.

Article

Commented on The advantages of virtual dogs over virtual people: Using augmented reality to provide social support in stressful situations
Norouzi et al. speculated that virtual settings resembling nature can reduce animal stress and anxiety. Furthermore, incorporating digital twins has the potential to incorporate virtual environments. It can generate a humane environment, allowing meticulous monitoring and optimization of animal health and nutrition practices. This way, customised dietary programs can be developed, and diseases can be detected in advance, reducing the reliance on antibiotics and enhancing gentle animal welfare has the potential. Virtual environments can reduce antibiotic use by lowering stress and enabling prompt disease diagnosis.

Article

Commented on Future perspectives on progressive farming with adoption of virtual reality technology for sustainable quality in agriculture
Virtual environments promise cost savings and ecological benefits for animal farming, but it is important to consider their ethics and limitations thoroughly. New virtual reality (VR) and augmented reality (AR) technologies are revolutionizing animal farming by influencing welfare, operational efficiency, and ecological considerations. The innovations serve a purpose in learning, training, scenario testing, health monitoring, stress reduction, and sustainable behaviorization.
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