דילוג לניווט ראשי
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דילוג לתוכן הראשי
אוניברסיטת אריאל בשומרון בית
עזרה ושאלות נפוצות
English
עברית
العربية
בית
פרופילים
יחידות מחקר
ציוד
פרסומים מחקריים
פרסים
פעילויות
עיתונות/תקשורת
חיפוש לפי מומחיות, שם או שיוך
הצגת פרופיל Scopus
יואל טנא
ד"ר
מרצה בכיר
,
הנדסת מכונות ומכטרוניקה
https://orcid.org/0000-0003-1828-194X
2005
2025
פעילות מחקר לפי שנה
סקירה כללית
טביעת אצבע
רשת
פרסומים מחקריים
(58)
טביעת אצבע
תחומי מחקר אלו נובעים מהפרסומים המדעיים של אדם זה. יחד הם יוצרים טביעת אצבע ייחודית.
מיון לפי
משקל
לפי סדר האלפבית
Keyphrases
Metamodel
85%
Performance Analysis
53%
Expensive Optimization Problems
40%
Engineering Optimization
38%
Optimization Problem
35%
Evolutionary Algorithms
34%
Computationally Expensive
34%
Simulation Optimization
31%
Optimization Search
29%
Airfoil Shape Optimization
28%
Modern Engineering
23%
Process Optimization
22%
Search Performance
21%
Memetic Algorithm
20%
Numerical Experiments
19%
Crash
19%
Evolutionary
19%
Expensive Black-box Problems
18%
Trust Region Method
16%
Engineering Application
16%
Black-box Function
15%
Hyperparameters
14%
Engineering Optimization Problems
14%
Initial Sample
14%
Global Surrogate Model
14%
Dimensionality Reduction
13%
Local Search
13%
Simulation Engineering
13%
Model-assisted
12%
Cost Simulation
12%
Surrogate-assisted Evolutionary Algorithm
12%
Prediction Accuracy
12%
Engineering Problems
11%
Computational Intelligence
11%
Evolutionary Optimization
11%
Computational Intelligence Algorithms
11%
Simulation Runs
11%
Metamodel-based Optimization
11%
Expensive Function
10%
Mathematical Test Functions
10%
Ensemble Algorithm
9%
Machine Learning
9%
Trust Region
9%
Assisted Optimization
9%
Test Functions
9%
Local Surrogate Model
9%
Topology Selection
9%
Adaptive Topology
9%
Real-time Optimization
9%
Optimization Algorithm
9%
Computer Science
Optimization Problem
100%
Performance Analysis
56%
Computer Simulation
52%
Design Optimization
42%
Evolutionary Algorithm
36%
Process Optimization
29%
Computational Intelligence
29%
Artificial Intelligence
29%
Engineering Problem
28%
Computational Cost
24%
Prediction Accuracy
22%
Function Evaluation
20%
Optimization Algorithm
18%
Objective Function
18%
Approximation (Algorithm)
16%
Engineering Application
15%
Dimensionality Reduction
14%
Memetic Algorithm
14%
Laboratory Experiment
11%
evolutionary optimization
9%
Driven Engineering
9%
Leaning Parameter
9%
Dimensional Problem
9%
Radial Basis Function
9%
Learning System
9%
Machine Learning
9%
Analytic Expression
9%
Candidate Solution
8%
Optimization Framework
8%
Search Space
7%
Dimensionality Problem
7%
Feature Selection
7%
Dynamic Topology
7%
Function Value
7%
Engineering
Optimisation Problem
33%
Black Box
24%
Performance Analysis
23%
Objective Function
19%
Engineering
18%
Candidate Design
17%
Engineering Problem
15%
Dimensionality
14%
Airfoil Shape
14%
Computational Cost
12%
Artificial Intelligence
12%
Design Optimization
12%
Final Result
11%
Local Search
10%
Function Evaluation
10%
Surrogate Model
9%
Numerical Experiment
9%
Engineering Design Process
9%
Reference Algorithm
8%
Search Space
8%
Engineering Application
7%
Computational Resource
7%
