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PROFESSIONAL EVENT SPEAKERS


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SHIVOH CHIRAYIL NANDAKUMAR

Student(University of Glasgow, Department of Electrical and Electronics Engineering, Glasgow, UK)

DESIGN OF SENSOR UNIT TO COUNT THE MOULD ROTATIONS IN THE ELECTRONIC PINHOLE TESTING MACHINE


The efficiency of the industry heavily depends on the bottlenecks in the testing departments. The main testing method for condoms and similar specimens is done in the Electronic Testing Department. The Electronic Testing Department inspect each condom for holes and thus assures the quality of product. In the testing sec- tion of the Electronic Pinhole Testing Machine, the mould rotation is a cru- cial process for effectively detecting the good product from the bad prod- uct. Thus, sensing mould rotations is essential for assuring the quality of testing.

To know more information attend the conference, Robotics 2020





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Lama Shashaa

Cofounder and Chairwomen of International Robotics Academy,Jordan

                         Innovation Vs. Education | Isn’t it the time to dare?

                         “a mother’s perspective to education in the digital age”

I believe, we all agree that the current educational models aren’t feeding universities nor workforce with innovative mind sets. This requires education to not only be based on the principle of hands-on activities with technology, robotics, coding, product design, digital design, arts, crafts and music but it also must integrate these learning experiences within a broad framework of student-led educational principles. The main objective of all school years is to have people who are eager to contribute to the world’s pressing problem with smart solutions. To tolerate collaborative and inquiry-based learning and watch the impact on the appetite for learning of the students. Through the teaching of high order thinking, students develop more transferable skills which are highly adequate in fresh situations. This provides students with real-world relevant transferable skills.

 To know more about this visit our conference Robotics 2020

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Dr.Jaiprakash

Associate Professor, Department of Electronics and Communication Engineering, University of Jawaharlal Nehru Technological University, Hyderabad, India.

Hierarchical classification using Conditional SOM and its application to situation Analysis 

My research interests include Classification, Pattern recognition, Artificial Neural Network, Machine Learning, Deep Learning, Artificial Intelligence and broadly speaking area of Computer Science and Cognitive Science.

My research was focused on the hierarchical classification using Conditional Self-Organizing Map and its application to situation analysis. Situation includes the vehicle arrangements on the different shapes of the road. The preparation of limited number of situations to prepare set of rules for the prediction of root cause of collision during autonomous driving. To achieve this task, the discretization or quantization, so to say clustering or classification is needed. To fulfill this requirement, the hierarchical classification of the different kind of shapes of the road and objects corresponding to them has been considered as appropriate approach.


 To know more about this visit our conference Robotics 2020

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Dr.Sebastian J. Brau

Industry 4.0-Expert Robotics Engineer in iLEAN industrial Systems, Spain

Industry 4.0:Risks and opportunities in its deployment

Now, we are about to enter to the Fourth Industrial Revolution, also known as Industry 4.0. An age marked by hyper connectivity, which means connectivity of all the assets of an organization to obtain and analyze valuable data that leads to better business decisions. It also brings digital transformation technologies such as Artificial Intelligence (AI), Internet of Things (IoT), Machine Learning (ML), Big Data, and more. 

To know more about this visit our conference Robotics 2020 

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Mr.Gilberto Marzano

Rezekne Academy of Technologies, Rezekne, Latvia

An adaptive learning model based on a machine learning approach

Adaptive learning aims at implementing intelligent tutoring systems, which provide students with personalized learning programs based on their skill level. Computer algorithms are used to orchestrate the learning process and deliver to learners customized learning resources which meet their needs and expectation. Algorithms can also be developed to improve learners' retention, achieve higher course outcomes, provide a more precise measure of learning as well as stimulate learners' interest and motivate them (Trimmer, Higginson, Fawcett, McNamara & Houston, 2015).

To know more about this visit our conference Robotics 2020 

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Mrs.Banan Alshahwan

Prince sultan university, Riyadh, Saudi arabia

Implementing a Physiotherapy Robot to Assist Disc Disease Patient

Assist Disc Disease PatientThis study discusses the implementation of Disc Disease Diagnosis (DDD) physiotherapy robot that attempts to assist the human physiotherapist. It aims to study the capability of a robot in performing DDD exercises, motivating patients and evaluating patients acceptance. Human-Robot Interaction (HRI) was followed in the implementation. Experiments have been done with a real patient to obtain patient acceptance and motivation . Patient assessment toward physiotherapy robot is important by using:Technology Acceptance.

To know more about this visit our conference Robotics 2020 

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Dr. Jiaming Zhang

Institute of robotics and intelligent Manufacturing, The Chinese University of Hong Kong (Shenzhen), Shenzhen, China

A Cognitive Rehabilitation Robot for Autism Children

Robot-enhanced therapy has a great potential in improving the performance of participants on the three levels (behavioral, cognitive, and subjective). Simon Baron-Cohen's E-S (Empathizing-Systemizing) Theory suggests that, compared with human beings, highly structured information processing systems such as robots, are more likely to be understood and communicated with for people with ASD (Autism Spectrum Disorder).Therefore, these systems can be used in cognitive intervention for ASD subjects to learn social cues such as facial expressions, hand and body gestures, verbal describing, and social touch of other people

To know more about this visit our conference Robotics 2020 

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Dr. Rashmi Arora

Associate Professor in Chandigarh University, Gharuan (Mohali), Punjab, India

Trajectory tracking and Impedance Control of Hybrid Manipulators.

Robotics is an exciting, dynamic interdisciplinary field of study. Industrial robots are generally referred as robotic manipulators. Since, the aim of the manipulator is the manipulative task and it is generally identified as the mechanical sub-system due to which a robot has the mechanical capability. According to the connectivity of kinematics in the structural design of the manipulators, these are classified into two types, namely serial manipulator and parallel manipulator. Usually, industrial robots are made up of serial manipulator architecture with cantilever type structure having large workspace but these suffer from several drawbacks such as low accuracy and heavy structural vibration.

To know more about this visit our conference Robotics 2020 

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Dr. Janina Loh

University of Vienna, Philosophy of Technology and Media, Austria

  Responsibility in Human-Robot-Interaction

  A Critical Overview and the Example of Care Robots

Rapid progress in robotics and AI potentially pose huge challenges due to its transformative power with regard to competences that were traditionally reserved for human agents. It is suggested that formerly exclusive concepts such as autonomy, agency and responsibility might one day pertain to artificial systems in a similar fashion. The new technologies thus raise questions with regard to the meaning of these concepts, especially the concept of responsibility.

To know more about this visit our conference Robotics 2020 

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Mrs. Zubaydh Kenkar

Partner Operation Manger, supporting direct partners for Cisco at Saudi Arabia

Implementing a Physiotherapy Robot to Assist Disc Disease Patient

Assist Disc Disease PatientThis study discusses the implementation of Disc Disease Diagnosis (DDD) physiotherapy robot that attempts to assist the human physiotherapist. It aims to study the capability of a robot in performing DDD exercises, motivating patients and evaluating patients acceptance. Human-Robot Interaction (HRI) was followed in the implementation. Experiments have been done with a real patient to obtain patient acceptance and motivation . Patient assessment toward physiotherapy robot is important by using:Technology Acceptance.

To know more about this visit our conference Robotics 2020 

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Dr. Eram Neha

Assistant Professor in the Department of Mechanical Engineering, Galgotia College of Engineering and Technology, Noida,India

KINEMATIC ANALYSIS OF A ROBOTIC HAND FOR GRASPING AND MANIPULATION TASKS

Multi-finger Robotic hands (MFRH) are desired similar to human hands in order to perform stable grasping and fine manipulation of different objects. Their industrial applications including material handling fulfills the requirement of unique end-effector tool empowering specific reach, payloads, and flexibility. The design and control of dexterous and prosthetic robotic hands is of important concern these days. The performance of these hands depends on their mechanical design, prosthetics etc. The mechanical range of movement must be properly controlled and monitored to get the best performance of the robotic hand.

 

To know more about this visit our conference Robotics 2020 

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