space hardware systems control
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... In self-testing mode FPGA is reconfigured in such a way, that configuration under testing is decomposed into basic elements which are represented by configurable logic blocks of FPGA. To do this all connections of each ...
12
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... locations are identified on the human face in order to cover full face to predict facial expressions. According to the moment of FAPs, the system detects the basic emotions. The major disadvantage of this method is the ...
12
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... In the banking sector, information systems are extensively utilized as such systems are suitable to banking organizations in terms of their nature and intensive information. Thus, the banking industry has ...
9
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... [5]. Jasril, Elin Haerani, Iis Afrianti, (2011) Decision Support Systems (DSS) Best Employee Selection Method Using Fuzzy AHP (F - AHP). National Seminar on Information Technology Applications 2011 (SNTI), 17-18 ...
6
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... This approach improves speed of clustering by limiting the growing size of XML documents by using homo-morphic compression scheme and using distance information from preliminary clusteri[r] ...
6
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... Face Recognition is the process of identification of a person by their facial image. This technique makes it possible to use the facial images of a person to authenticate him into a secure system, for criminal ...
11
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... In Table 3, PairCS strategy produces the most minimum test size for T1, T2 and T7. In general, table 3 shows that conventional strategies (i.e. TVG, PICT, AETG, mAETG, CTEXL and so on), generate slightly better size than ...
9
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... Applying Yarwosky algorithm phase aims to carry out the proposed method in order to classify word’s sense based on the training example set.. Furthermore, an Information Retrieval protot[r] ...
9
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... 3.4 The Extraction of Forehead and Nose Feature The location of forehead and nose is determined based on the mouth or eyes position, in this research eyes point as the reference is used.[r] ...
9
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... interaction systems is not easy because their concurrent processes usually access shared resources in a non-deterministic order, often leading to unpredictable ...
10
Dynamically reconfigurable hardware for embedded control systems
... Like general purpose processors, RH architectures have a late binding time. This allows the adaptation of reconfigurable devices to the application [Ada00, Sag04, Rue03a, Che02, Li03, Cho01, Che00], usually reaching a ...
230
Design and Implementation of Digital Linear Control Systems on Reconfigurable Hardware
... application-specific hardware is often unavoidable to provide sufficient compu- tational ...dedicated hardware is very inflexible since it is impossible to adapt the implementation on changing re- quirements, ...
9
Design Space Exploration for Fieldbus-based Distributed Control Systems
... The presented concept of a separate Remote Link Driver and Network Device Driver has proven to be a flexible extension to the external channel concept. It allows multiple Remote Channels, with objects of various sizes, ...
91
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... Secondly, the extraction process which includes the decryption process then construct bit position to restore the message.The advantages of this method are the capacity of stored data hi[r] ...
7
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... uniform control object is regarded, which is based on the specified ...regulator hardware and software complex has been designed in the Pascal programming language, the complex allows to simulate the ...
14
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... The main computational load falls on the blocks "c" and "d". There act the maps ϕ C and ϕ d , the calculations are carried out in the direction from the vertex labeled by "-" to the vertex labeled ...
24
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... management systems. Few papers presented a case study using these systems; other papers used experimental and comparative ...these systems, the ones who adopted the systems, a comprehensive ...
13
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... Classification operation was held for each ontology for testing presented method. Computer experiment used ASUS Notebook VX7SX Series Intel Core i7-2630QM [email protected] GHz 2.00 GHz; 6.00 GB RAM under Windows 7 OS ...
8
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... access control list and map file, so convenient to work with administrators to GSI, and they are ready to deploy it in parallel with SSH and other remote access ...
9
THE APPLYING OF THE HARDWARE BASED RECONFIGURATION FOR AUTONOMOUS CONTROL SYSTEMS OF SPACE MOBILE ROBOTS
... The performances of optical CDMA systems are like other CDMA systems, limited by the MAI [1]- [3]. MAI gives rise of irreducible errors even in absence of thermal noise. The use of orthogonal codes improves ...
7