I. Levin

发表

Estimating the latent time of fault detection in finite automaton tested in real time

Ilya Levin, R. Goot, R. Goot, 2008 .

Integrating Hybrid Modeling with System Dynamics

Ilya Levin, Tzur Levin, I. Levin, 2003 .

A MATHEMATICAL TOOL FOR SUPPORT OF FAULT-TOLERANT EMBEDDED SYSTEMS DESIGN

S. Frenkel, I. Levin, A. Pechinkin, 2007 .

owcharts in teaching digital system design

I. Levin, Binyamin Abramov, 2016 .

A Generalized If-Then-Else Operator for the Representation of Multi-Output Functions

I. Levin, O. Keren, 2013 .

System Dynamics Learning through Separation of a Control Unit

I. Levin, T. Levin, V. Talis, 2001 .

Constructing self-testing circuits with the use of step-by-step (cascade) control

Osnat Keren, Ilya Levin, Binyamin Abramov, 2009 .

Improving Hardware Security by Using Hidden Information of Computer System

I. Levin, O. Keren, V. Sinelnikov, 2013 .

Cognitive Complexity of Boolean Problems

I. Levin, O. Keren, G. Shafat, 2012 .

Hybrid Models in Developing System Thinking

I. Levin, T. Levin, 2012 .

BASIC CONCEPTS OF CONTINUOUS LOGIC

I. Levin, 2007 .

Developing Students’ Awareness of Network Dynamics by Spreadsheet Environment

I. Levin, V. Talis, Mark Korenblit, 2014 .

The Constructionist Learning Approach in the Digital Age

I. Levin, Dina Tsybulsky, 2017 .

CULTURAL TRENDS IN A DIGITAL SOCIETY

I. Levin, 2014 .

Academic Education in Era of Digital Culture

I. Levin, 2013 .

Concept of Non-exactness in Science Education

I. Levin, O. Keren, Hillel Rosensweig, 2012 .

Networked Learning Based on Digital Curation

I. Levin, Rivka Gadot, 2014 .

Functionally complete element for fuzzy control hardware implementation

V. Varshavsky, I. Levin, V. Marakhovsky, 2004, The 2004 47th Midwest Symposium on Circuits and Systems, 2004. MWSCAS '04..

Summing Amplifier as a Multi-Valued Logical Element for Fuzzy Control

V. Varshavsky, I. Levin, V. Marakhovsky, 2003 .

INQUIRY-BASED SCIENCE LEARNING IN DIGITAL AGE: RETHINKING THE SAMR MODEL

I. Levin, Dina Tsybulsky, 2017 .

Scientific Inquiry in the Digital Age

I. Levin, Dina Tsybulsky, 2017 .

Inquiry-Based Science Education and the Digital Research Triad

I. Levin, Dina Tsybulsky, 2017 .

SAMR Framework for Study Technology Integration in Science Education

I. Levin, Dina Tsybulsky, 2016 .

Artificial Neurons Based on CMOS β-Driven Threshold Elements with Functional Inputs 1

V. Varshavsky, I. Levin, V. Marakhovsky, 2003 .

CMOS based /spl beta/-driven threshold elements with functional inputs

V. Varshavsky, I. Levin, V. Marakhovsky, 2002, The 22nd Convention on Electrical and Electronics Engineers in Israel, 2002..

Designing winning robots by careful design of their development process

Y. Reich, I. Levin, E. Kolberg, 2014, Research in Engineering Design.

Digital Tools and Solutions for Inquiry-Based STEM Learning

Ilya Levin, Dina Tsybulsky, I. Levin, 2017 .

Using Threshold Functions in Teaching Electronics

Ilya Levin, Binyamin Abramov, Gabriel Shafat, 2008 .

Recognition, reconstruction and fault identification problems in boolean concepts learning

Ilya Levin, Gabi Shafat, I. Levin, 2014, 10th European Workshop on Microelectronics Education (EWME).

RECOGNITION VS REVERSE ENGINEERING IN BOOLEAN CONCEPTS LEARNING

Ilya Levin, Gabriel Shafat, I. Levin, 2012 .

Science teachers' worldviews in the age of the digital revolution: Structural and content analysis

I. Levin, Dina Tsybulsky, 2019, Teaching and Teacher Education.

Hardware Implementation of Fuzzy Controllers

Hiroshi Saito, Ilya Levin, Victor Varshavsky, 2011 .

1 Hardware Implementation of Fuzzy Controllers

V. Varshavsky, I. Levin, H. Saito, 2011 .

Fuzzy Controllers CMOS Implementation

V. Varshavsky, I. Levin, V. Marakhovsky, 2004 .

DIGITAL CURATION AS LEARNING ACTIVITY

Ilya Levin, Rivki Gadot, I. Levin, 2012 .

Scheduling a two-machine robotic cell: A solvable case

Konstantin Kogan, Eugene Levner, Ilya Levin, 1995, Ann. Oper. Res..

Optimizing STEM Education With Advanced ICTs and Simulations

Ilya Levin, Dina Tsybulsky, I. Levin, 2017 .

Culture and Society in the Digital Age

Ilya Levin, Dan Mamlok, I. Levin, 2021, Inf..

Designing Contexts for Learning Design *

Y. Reich, I. Levin, E. Kolberg, 2022 .

Spreadsheet-based Logic Controller for Teaching Fundamentals of Requirements Engineering*

Hanania T. Salzer, Ilya Levin, I. Levin, 2004 .

Designing winning robots by careful design of their development process

Yoram Reich, Ilya Levin, Eli Kolberg, 2014, Research in Engineering Design.

Computational thinking and constructionism: creating difference equations in spreadsheets

Aharon Gero, Ilya Levin, I. Levin, 2018, International Journal of Mathematical Education in Science and Technology.

Personalization of Learning Environments in a Post-Industrial Class

I. Levin, A. Kojukhov, 2013 .

Teaching machine learning in elementary school

I. Levin, Gilad Shamir, 2021, Int. J. Child Comput. Interact..

Functional Testing of Boolean Systems with Unknown Functionality

I. Levin, O. Keren, A. Burg, 2012 .

Evaluating the Pedagogical Potential of Hybrid Models.

Ilya Levin, Tzur Levin, I. Levin, 2013 .

Hybrid Systems Modeling in Learning Science and Technology

Ilya Levin, Tzur Levin, I. Levin, 2002 .