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English
עברית
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בית
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יחידות מחקר
פרסומים מחקריים
פרסים
פעילויות
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הצגת פרופיל Scopus
אחיטוב כהן
ד"ר
מרצה
,
הנדסה אזרחית
https://orcid.org/0000-0002-1357-8296
2020
2025
פעילות מחקר לפי שנה
סקירה כללית
טביעת אצבע
רשת
פרסומים מחקריים
(14)
טביעת אצבע
תחומי מחקר אלו נובעים מהפרסומים המדעיים של אדם זה. יחד הם יוצרים טביעת אצבע ייחודית.
מיון לפי
משקל
לפי סדר האלפבית
Keyphrases
Urban Design
50%
Urban Planning
50%
Green Space
40%
Traumatic Brain Injury
40%
Blind Pedestrian
40%
Mental Health
40%
Bicycle Theft
40%
Urban Activities
40%
OpenStreetMap
36%
Pedestrian
35%
Pedestrian Traffic
33%
Bluetooth Device
25%
Pedestrian Behavior
23%
Graph Network
23%
COVID-19 Policy
20%
Pedestrian Traffic Patterns
20%
Walking Routes
20%
Pedestrian Traffic Flow
20%
Declaration of Interest
20%
Inclusive Cities
20%
City Design
20%
Pedestrian Walking
20%
Greater London
20%
Visually Impaired Pedestrians
20%
Tree Canopy Coverage
20%
Street Characteristics
20%
Characteristic-based
20%
Big Data Learning
20%
Ridership
20%
Street-level
20%
Walking Pattern
20%
Walking Characteristics
20%
Street Network
20%
Machine Learning Analysis
20%
Bluetooth
20%
Flow-level
20%
Machine Learning Prediction
20%
Sensor Technology
20%
COVID-19 Impact
20%
Route Planning
20%
Visual Perception
20%
Bike
20%
Network Software
20%
Visibility Network
20%
Network Science
20%
Human Visual Perception
20%
Urban Travel
20%
Attractive Model
20%
Street Intersection
20%
Urban Phenomenon
20%
Computer Science
Points of Interest
50%
Decision Maker
40%
Route Planning
40%
Learning System
40%
Machine Learning
40%
Open Source
26%
Wayfinding
20%
Machine Learning Technique
20%
Emerging Technology
20%
Environmental Variable
20%
Machine Learning Algorithm
20%
Planning Algorithm
20%
Urban Environment
20%
Prediction Model
20%
Big Data
20%
Infrastructure Investment
20%
Environment Feature
20%
Detection Accuracy
20%
Network Connectivity
20%
Calculation Time
20%
Mobile App
20%
Media Access Control
20%
Data Mapping
20%
Transportation Mode
20%
Traffic Analysis
20%
Case Study
20%
Transportability
20%
Equivalent Time
20%
Geospatial Data
20%
Secondary Data Analysis
20%
Small Sample Size
20%
Vehicular Traffic
20%
Analysed Data
20%
Negative Impact
20%
Neighborhood Type
20%
Public Transportation
16%
Neighborhood Factor
13%
Spatial Structure
10%
Random Decision Forest
10%
Temporal Data
10%
Location Pattern
6%
Project Planning
6%
Desired Location
6%
Critical Information
6%
Assistive Technology
6%
Sectional Data
6%
Human Visual Perception
5%
Attractive Model
5%
Network Science
5%
Location Decision
5%
Social Sciences
Pedestrian
100%
Transport
46%
Urban Planning
33%
Bicyclist
30%
London
20%
COVID-19 Policy
20%
Blind
20%
Big Data
20%
Visual Perception
20%
Open Spaces
20%
Urban Population
20%
Network Analysis
20%
Comparative Analysis
20%
Israel
13%
Quality of Life
13%
Urban Planner
10%
Decision Maker
10%
Urban Mobility
10%
Demographic Factor
10%
North America
10%
Cyclists
10%
Low Income
10%
Cycling
10%
Bivariate Analysis
10%
Time Period
6%
Urban Spaces
6%
Time of Day
6%
Learning Method
6%
Seasonal Variation
6%
Mobile App
6%
Mobility Research
6%
