HYBRID CLOUD METHODOLOGY FOR SAFE APPROVED DEDUPLICATIONS

Previous systems cannot support differential authorization duplicate check, in many applications. Inside the recent occasions, structural design was offered that made up of dual clouds for effective outsourcing of understanding in addition to arbitrary computations towards an untrustworthy commodity cloud. With the introduction of cloud-computing, efficient secure data deduplication has attracted much concentration in recent occasions from research community. Data deduplication could be a committed data compression technique that's generally introduced for eliminating duplicate copies of repeating storage data. Inside our work we solve impracticality of deduplication by differential legal rights within cloud-computing, we create a hybrid cloud structural design made up of everybody cloud and cloud

A MIX CLOUD TO ELIMINATE REPLICA DATA CERTIFIED SAFE APPROACH

Previous systems cannot support differential authorization duplicate check, in lots of applications. Within the recent occasions, structural design was offered that comprised of dual clouds for effective outsourcing of understanding in addition to arbitrary computations towards an untrustworthy commodity cloud. With the development of cloud-computing, efficient secure data deduplication has attracted much concentration in recent occasions from research community. Data deduplication is a committed data compression technique that's generally introduced for eliminating duplicate copies of repeating storage data. Dissimilar to established systems, private cloud is provided like a proxy towards permitting data owner to safely execute duplicate check by differential legal rights and so this architecture is helpful and provides attracted much consideration from researchers.   Within our work we solve impracticality of deduplication by differential legal rights within cloud-computing, we produce a hybrid cloud structural design comprised of everyone cloud and cloud

TOWARDS A NOVEL HYBRID APPROACH FOR REMOVING DUPLICATE COPIES OF REPEATED DATA

Previous systems cannot support differential authorization duplicate check, in several applications. In the recent times, structural design was offered that consisting of twin clouds for effective outsourcing of data as well as arbitrary computations towards an untrustworthy commodity cloud. With the introduction of cloud computing, efficient secure data deduplication has attracted much concentration in recent times from research community. Data deduplication is a committed data compression technique that is generally introduced for eliminating duplicate copies of repeating storage data. Distinct from established systems, private cloud is offered as a proxy towards permitting data owner to securely execute duplicate check by differential privileges and hence this architecture is useful and has attracted much consideration from researchers.   In our work we solve difficulty of deduplication by differential privileges within cloud computing, we imagine a hybrid cloud structural design consisting of a public cloud and private cloud.

A HIGH-SECURE COMPRESSION UTILITY FOR CROSS ARCHITECTURE DATA STORE

Previous systems cannot support differential authorization duplicate check, in lots of programs. Within the recent occasions, structural design was offered that comprised of dual clouds for effective outsourcing of understanding furthermore to arbitrary computations towards an untrustworthy commodity cloud. With the development of cloud computing, efficient secure data deduplication has attracted much concentration in recent occasions from research community. Data deduplication could be a committed data compression technique that's generally introduced for getting rid of duplicate copies of repeating storage data. Dissimilar to established systems, private cloud is provided as being a proxy towards enabling data owner to safely execute duplicate check by differential legal rights and so this architecture is helpful and consists of attracted much consideration from scientists.   Within our work we solve impracticality of deduplication by differential legal rights within cloud computing, we produce a hybrid cloud structural design comprised of everyone cloud and cloud

SECURE ENDORSED AVOIDING REPETITION IN PUBLIC AND PRIVATE APPROACH

Previous systems cannot support differential authorization duplicate check, in several applications. Inside the recent occasions, structural design was offered that made up of dual clouds for effective outsourcing of understanding furthermore to arbitrary computations towards an untrustworthy commodity cloud. With the introduction of cloud-computing, efficient secure data deduplication has attracted much concentration in recent occasions from research community. Data deduplication may well be a committed data compression technique that's generally introduced for eliminating duplicate copies of repeating storage data. Different to established systems, private cloud is supplied as being a proxy towards permitting data owner to securely execute duplicate check by differential legal rights and thus this architecture is useful and offers attracted much consideration from researchers.   Inside our work we solve impracticality of deduplication by differential legal rights within cloud-computing, we create a hybrid cloud structural design made up of everybody cloud and cloud

Design of flexible road pavements as affected by drainage conditions

Road pavement use is determined primarily by the vehicle type that will use the facility. Climatic conditions affect the behavior of pavement materials, as well as the sizes of traffic loads. The relative strength loss in a layer due to its drainage characteristics and the total time it is exposed to near-saturation moisture conditions is represented by drainage coefficients. The Transportation Laboratory of Democritus University of Thrace in Xanthi Greece has developed an algorithm for a computer-based procedure towards the calculation of the layer thickness of flexible pavements. The design equation used is that described by the American Association of State Highway and Transportation Officials. The present work deals with the effect of drainage on the total thickness of the structure as it directly influences the cost of large infrastructure projects like roads. The output of different cases solved is presented in table and schematic form. Changes in technology related to pavement design and construction practices will necessitate revisions to currently used computing techniques. There is a need for computerized methodologies for thickness design of flexible asphalt pavements (granular base course) for a wide variety of pavement uses providing users the capability to conduct structural analysis of special pavement structures. Improvements in computing times which will affect in a way the cost of computerized methods available to engineers are to be suggested in the near future. Empirically supported pavement designs used nowadays in Greece require modifications based on regional experience and on a better assessment of the drainage conditions prevailing in each area crossed by a roadway project. Since design considerations constantly change, it is obligatory to shift towards more sophisticated design methods

A CROSS CLOUD METHOD FOR PROTECTED APPROVED DEDUPLICATION

Previous systems cannot support differential authorization duplicate check, in a number of applications. Within the recent occasions, structural design was offered that comprised of dual clouds for effective outsourcing of understanding additionally to arbitrary computations towards an untrustworthy commodity cloud. With the development of cloud computing, efficient secure data deduplication has attracted much concentration in recent occasions from research community. Data deduplication may well be a committed data compression technique that's generally introduced for eliminating duplicate copies of repeating storage data. Dissimilar to established systems, private cloud is provided just like a proxy towards permitting data owner to safely execute duplicate check by differential legal rights and therefore this architecture is helpful while offering attracted much consideration from researchers.   Within our work we solve impracticality of deduplication by differential legal rights within cloud computing, we produce a hybrid cloud structural design comprised of everyone cloud and cloud

Female Under-Representation in Computing Education and Industry - A Survey of Issues and Interventions

This survey paper examines the issue of female under-representation in computing education and industry, which has been shown from empirical studies to be a problem for over two decades. While various measures and intervention strategies have been implemented to increase the interest of girls in computing education and industry, the level of success has been discouraging. The primary contribution of this paper is to provide an analysis of the extensive research work in this area. It outlines the progressive decline in female representation in computing education. It also presents the key arguments that attempt to explain the decline and intervention strategies. We conclude that there is a need to further explore strategies that will encourage young female learners to interact more with computer educational games

Mechanical transistors for logic-with-memory computing

As a potential revolutionary topic in future information processing, mechanical computing has gained tremendous attention for replacing or supplementing conventional electronics vulnerable to power outages, security attacks, and harsh environments. Despite its potential for constructing intelligent matter towards nonclassical computing systems beyond the von Neumann architecture, most works on mechanical computing demonstrated that the ad hoc design of simple logic gates cannot fully realize a universal mechanical processing framework involving interconnected arithmetic logic components and memory. However, such a logic-with-memory computing architecture is critical for complex and persistent state-dependent computations such as sequential logic. Here we propose a mechanical transistor (M-Transistor), abstracting omnipresent temperatures as the input-output mechanical bits, which consists of a metamaterial thermal channel as the gate terminal driving a nonlinear bistable soft actuator to selectively connect the output terminal to two other variable thermal sources. This M-Transistor is an elementary unit to modularly form various combinational and sequential circuits, such as complex logic gates, registers (volatile memory), and long-term memories (non-volatile memory) with much fewer units than the electronic counterparts. Moreover, they can establish a universal processing core comprising an arithmetic circuit and a register in a compact, reprogrammable network involving periodic read, write, memory, and logic operations of the mechanical bits. Our work contributes to realizing a non-electric universal mechanical computing architecture that combines multidisciplinary engineering with structural mechanics, materials science, thermal engineering, physical intelligence, and computational science.Comment: 25 pages, 4 figures, Articl