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Register a new userDeveloping 3D Online Game and Interactive Virtual Environment Control System
تطوير نظام لعبة الكترونية ثلاثية الابعاد جماعية عبر الشبكة وتحكم تفاعلي بالبيئات الافتراضية
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Added by
Damascus University حلقة بحث
Publication date
2016
fields
Computer Engineering
and research's language is
العربية
Authors
عبد الرحمن سماني( باحث )
Created by
Abd Alrahman Sammani
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تطوير لعبة ثلاثية الابعاد من منظور الشخص الثالث باستخدام محرك العاب يونيتي و اللعبة تدعم اللعب الجماعي ( اونلاين ) و تحوي على نمط التحكم باللاعب باستخدام الابصار الحاسوبي
Developing 3D Online Game and Interactive Virtual Environment Control System with unity game engine this project is for graduation project in damascus university
References used
unity Game Engine
rate research
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We investigate if a model can learn natural language with minimal linguistic input through interaction. Addressing this question, we design and implement an interactive language learning game that learns logical semantic representations compositional
ly. Our game allows us to explore the benefits of logical inference for natural language learning. Evaluation shows that the model can accurately narrow down potential logical representations for words over the course of the game, suggesting that our model is able to learn lexical mappings from scratch successfully.
A driving simulator is a combination of hardware and software that enables the user to navigate through a real-time computer-generated virtual driving environment. Driving simulators are very valuable for conducting driving studies that are infeasibl
e or unethical to conduct on the road. For studies that can be conducted in the real world,
driving simulators provide a more cost effective solution and allow a much higher degree of flexibility in terms of changing the conditions of the environment for experimental purposes.
The corner stone when conducting any study on the driving simulator is the construction of a virtual driving environment that serves the purposes of this study. Even though driving environments can considerably vary between different studies, they all share the
presence of common components that exist throughout the environment like roads, traffic signs and other components. The objective of this paper is to present the design of an object-oriented library that facilitates the construction of virtual driving environments when conducting studies on a driving simulator. The proposed library
uses object orientation to hide implementation details from the designer of the environment which results in making the construction of such environments easier and more productive as well as their modification later if needed. The proposed library is based on the Java programming language and on Java 3D technology which makes it
portable and usable on any platform that has an implementation of these two technologies.
IOT sensors use the publish/subscribe model for communication to benefit from its
decoupled nature with respect to space, time, and synchronization. Because of the
heterogeneity of communicating parties, semantic decoupling is added as a fourth
di
mension. The added semantic decoupling complicates the matching process and reduces
its efficiency. The proposed algorithm clusters subscriptions and events according to topic
and performs the matching process within these clusters, which increases the throughput
by reducing the matching time . Moreover, the accuracy of matching is improved when
subscriptions must be fully approximated . This work shows the benefit of clustering, as
well as the improvement in the matching accuracy and efficiency achieved using this
approach.
In this paper, it has
merged two techniques of the artificial intelligent, they are the
ants colony optimization algorithm and the genetic algorithm, to
The recurrent reinforcement learning trading system
optimization. The proposed trading system
is based on an ant
colony optimization algorithm and the genetic algorithm to
select an optimal group of technical indicators, and fundamental
indicators.
Network coding isone of the important researches in multi-hop wireless networks domain
and it widely participates in improving the performance of these networks, since it benefits from
the broadcasting nature of transmission processes to transmit m
ore than single packet in one
broadcasting transmission. So it achieves double use of the available bandwidth, which can
increase the throughput of the network and reduce the congestion.Our aim in this research is to
verify the improvement that network coding presents to theperformance of multi-hops wireless
Ad-hoc networks, and to study the accelerating of research process for coding chances through
constructing a virtual queues according to the packets flows that pass the node, and applying
affective manner to manage this queues.
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