GüR?? TEKNOLOJ? A.?.

18 Mart ?anakkale Zaferimiz Kutlu Olsun! Happy March 18th ?anakkale Victory! #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy #18Mart?anakkaleZaferi #18Mart

SELF-HEALING SYSTEMS Self-Healing Systems are systems that can automatically detect, analyze, and repair themselves in case of failures or anomalies without the need for human intervention. These technologies include features for predicting, correcting, and reconfiguring errors to ensure continuous system availability. They are particularly used in areas such as critical infrastructure, cybersecurity, and cloud computing. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy

GüR?? YOUNG TALENT 2025 SPRING TERM HAS STARTED! We Wish Our Young Talents a Successful Term! #güri? #guris #güri?holding #gurisholding #mogan #moganenerji #moganenergy #meyh #moganenerjiyatirimholding #moganenerjiyat?r?mholding #istekvarsa??zümdevard?r #ifthereisawillthereisaway #güri?gen?yetenek #gen?yetenek

Happy International Women's Day! #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris #womensday ?#güri??#technology?#ai?#ArtificialIntelitgence?#Gelece?inTeknolojisi? #inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy #engineering

WTIP: PIONEER IN TURBINE BLADE INSPECTION! * Faster Inspection of Damages: Drones enable faster inspection of turbine blades, while high processing power artificial intelligence algorithms quickly detect damage, allowing it to be identified and repaired more quickly. * Enhanced Security for Inspection Personnel: By using drones, WTIP reduces the need for staff to manually conduct hazardous inspections. * Enhanced Accuracy: WTIP offers improved accuracy in damage detection, so even small problems are quickly identified. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy

GüR?? Teknoloji olarak ?ankaya üniversitesi Yapay Zeka Zirvesindeydik. Yapay zeka projelerimizi ??rencilerle payla?arak verimli ve keyifli sohbetler yapt?k. Bu de?erli organizasyona ?ankaya üniversitesi Veri analiti?i toplulu?u ve Google Developer Groups ekibine, daveti ve ?dülü i?in te?ekkür ederiz. As GüR?? Teknoloji, we were at the ?ankaya University Artificial Intelligence Summit. We shared our AI projects with students and had productive and enjoyable conversations. We would like to thank the ?ankaya University Data Analytics Community and the Google Developer Groups team for the invitation and the award. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence? #Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy

ZERO-SHOT LEARNING (ZSL) Zero-Shot Learning (ZSL) is the ability of a model to correctly classify data from classes it has never encountered before. This type of learning allows the model to recognize new classes that were not present in the training data but are described by their features or explanations. ZSL is particularly useful in situations with a lack of labeled data, such as in natural language processing or image recognition. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy

TINY MACHINE LEARNING (TinyML) TinyML is a field that enables the application of machine learning models on low-power, resource-constrained devices. This technology provides machine learning solutions, especially for low-cost and small-scale systems such as IoT devices, wearable technologies, and mobile devices. TinyML enhances the ability of these devices to process data, make predictions, and make intelligent decisions, creating more efficient and accessible artificial intelligence applications. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy

NEUROSYMBOLIC AI Neurosymbolic AI is a field that combines two main approaches of artificial intelligence: neural networks and symbolic logic. This technology merges the powerful data processing capabilities of deep learning models with the ability of symbolic systems to make meaningful information and logical inferences. As a result, it can work more flexibly across different domains, handling a wider range of tasks and more complex problems. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy

NEURAL ARCHITECTURE SEARCH (NAS) Neural Architecture Search (NAS) is the process of automatically discovering the optimal neural network architecture for a given task. NAS explores different network architectures to identify the most efficient and effective structure. This process automates the design of machine learning models, leading to better performance and faster development cycles. NAS is particularly used in deep learning and big data applications. #GüR??Teknoloji?#GüR??Technology?#GTEK?#guris?#güri??#technology?#ai?#ArtificialInteligence?#Gelece?inTeknolojisi?#inovasyon?#innovation?#DijitalD?nü?üm?#Yenilik?i??zümler?#GreenAI?#greenenergy