طراحی و ساخت q machine

طراحی و ساخت دستگاه اتوکریپینگ

کودکان با ضایعه فلج مغزی (CP) به لحاظ عدم توانایی در کنترل و هماهنگی حرکات نیازمند کمک جهت اصلاح حرکات هستند.جهت جبران این کاستیها و با عنایت به نیاز کودکان فلج مغزی به یکی از حرکات اساسی در شکل گیری و یکپارچگی حرکت راه رفتن و نظام بندی خاص این نوع حرکت دستگاهی را طراحی و ساخته ایم که این نیاز پایه ای را برای بیماران CP تا حد زیادی جبران نماید.جهت دستیابی به یک اندازه مناسب و فاصله هایی که در ح...

طراحی و ساخت نخستین شتاب‌دهنده پرقدرت صنعتی الکترون ساخت ایران

In This paper we will introduce the process of design and manufacturing an electron accelerator with 10MeV energy and 100kW power as the first Iranian powerful industrial electron accelerator. This accelerator designed based on modeling of one of the most powerful industrial accelerator called Rhodotron. But the design of the accelerator in a way that can be localize by relying on domestic indu...

Sufficient Dimension Reduction via Principal L q Support Vector Machine ∗

Establishing Interaction between Machine and Medaka using Deep Q-Network

Social interaction is the basic ability for animals to survive. It is difficult for a machine to interact with human or other animals because it is not clear how the machine should interact. This paper examines whether an artificial dot controlled by a machine can interact with a medaka and induce a desired behavior. The dot is displayed on a monitor. We use deep Q network (DQN) to learn how to...

Scalable collective communication on the ASCI Q machine

Scientific codes spend a considerable part of their run time executing collective communication operations. Such operations can also be critical for efficient resource management in large-scale machines. Therefore, scalable collective communication is a key factor to achieve good performance in large-scale parallel computers. In this paper we describe the performance and scalability of some com...

Dust Ion-Acoustic Shocks in a Q Machine Device

Dust ion-acoustic shocks in a Q machine device are considered. For their description the so-called hydrodynamic ionization source model is used. The model is appropriate for the description of the laboratory experiments in a Q machine device and contains the most important basic mechanisms responsible for the formation of the dust ion-acoustic shocks. A comparative analysis of various dissipati...