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About 10,000 papers for “implementation characteristics”

CEFR Implementation: Adapting to Learner Characteristics

Judith Golan Ben-Uri · SHILAP Revista de lepidopterología · 2025

Successful implementation of the CEFR framework requires adaptation to the characteristics of the target population. The CEFR framework was developed for populations with specific characteristics – educated adults with high literacy in their first language who need immediate integration into contexts where the target language is spoken. When implementing this framework for populations with different characteristics, a reconceptualization of expected outcomes and pathways to achievement is required. This paper presents a conceptual analysis of the CEFR framework's applicability to minority children in Israel, illustrated through case studies of Arab, Druze, and Circassian learners. Elementary school students from this minority groups in Israel learning Hebrew as an additional language represent a unique case study for this issue. Understanding their characteristics is essential for successful implementation of the CEFR framework in Israel. Moreover, the Israeli case may serve as a model for understanding the need for adaptation to unique learner groups worldwide, emphasizing the importance of analyzing learner characteristics as a prerequisite for implementing any pedagogical reform.

Cited by 0Open access

Hash functions - characteristics, implementation and collisions

Karásek, Jan · Brno University of Technology Digital Library (Brno University of Technology) · 2009

Hash functions belong to elements of modern cryptography. Their task is to transfer the data expected on the entry into a unique bite sequence. Hash functions are used in many application areas, such as message integrity verification, information authentication, and are used in cryptographic protocols, to compare data and other applications. The goal of the master’s thesis is to characterize hash functions to describe their basic characteristics and use. Next task was to focus on one hash function, in particular MD5, and describe it properly. That means, to describe its construction, safety and possible attacks on this function. The last task was to implement this function and collisions. The introductory chapters describe the basic definition of hash function, the properties of the function. The chapters mention the methods preventing collisions and the areas were the hash functions are used. Further chapters are focused on the characteristics of various types of hash functions. These types include basic hash functions built on basic bit operations, perfect hash functions and cryptographic hash functions. After concluding the characteristics of hash functions, I devoted to practical matters. The thesis describes the basic appearance and control of the program and its individual functions which are explained theoretically. The following text describes the function MD5, its construction, safety risks and implementation. The last chapter refers to attacks on hash functions and describes the hash function tunneling method, brute force attack and dictionary attack.

Cited by 0

Holographic traffic network characteristics: Prototype implementation

Bogdan Pankov, Maria Makolkina, Ammar Muthanna et al. · 2023

One of the most important tasks of the current decade is the mass introduction of telepresence services, including the use of holographic copies of a person, robotic avatars, manipulator devices, as well as the implementation and deployment of their joint associations into groups and communities. Of course, this will not happen all at once, and therefore it is necessary now to start forming an idea of ​​the possibilities for implementing these services, as well as to identify the requirements for the future parameters of data transmission networks. The relevance of the research topic is due to the rapid development of holographic communication technologies and the resulting need to obtain an idea of ​​the required network characteristics of lines, the performance of control, routing, switching and user devices for the widespread implementation of these services. At the first stage of the study, theoretical and experimental works were studied that determine the network parameters to provide the required level of service (QoS). At the second stage, a comparative analysis of network parameters and QoS for real-time voice and video stream transmission was carried out. At the third stage, the expected network parameters and traffic characteristics of holographic network applications are indicated. The next necessary step is the development of a traffic transmission model for holographic copies to experimentally verify the compliance of the proposed parameters.

Cited by 0

Associative memory system implementation and characteristics

J. E. McAteer, J. A. Capobianco, R. L. Koppel · 1964

The implementation of a new system utilizing state-of-the-art technologies requires a careful engineering evaluation of all parameters affecting such a design. In particular, when new system concepts are needed and the available devices for mechanization have been designed for a different class of system, the problems become much more severe. Such is the case with Associative Memory (AM) systems where an entirely new system organizational concept places exacting requirements on the existing technology of information storage, as is evidenced by the many techniques which have been proposed for implementation.

Cited by 10Open access

Aspect oriented programming: Concepts, characteristics and implementation

Omar Anwer Abdulhameed, Ahmed Younus Yousuf, Rasha Hassan Abbas · Periodicals of Engineering and Natural Sciences (PEN) · 2020

Programming techniques have been passed through many development stages in their progressing path to cope with the increasing complexity of systems requirements. So, one of the main goals of the programming languages designers is how to develop programming language that can handle and manage the spread and overlapping of different functionality concerns. Because unmanageable and uncontrollable scattering of concerns inside the system may cause many problems during system running in present or/and during applying maintenance and developing the system in future. One of the most recent and powerful solutions to overcome these problems is via using Aspect-Oriented Programming (AOP) approach. This research is demonstrates the features and the problems with implying AOP techniques in the software development process.

Cited by 7Open access

Characteristics and Implementation of B$^α$ Gates

M. Karthick Selvan, S. Balakrishnan · arXiv (Cornell University) · 2024

In this brief report, we discuss the characteristics of B$^α$ gates. We provide the conditions for the two-qubit gates generated by two applications of a B$^α$ gate. We propose an experimental scheme to implement B$^α$ gates in ion-trap system. In this scheme, we assume that only a single vibrational mode contributes to spin-spin coupling. This scheme is an extension of a recently proposed scheme to realize XY-type interaction in ion-trap system. With the successful implementation of this scheme, B$^α$ gates can be used for doing quantum computation in ion-trap quantum computers.

Cited by 0Open access

Key characteristics of the different implementation models.

Emmanuel Njeuhmeli (194492), Katharine Kripke (559963), Karin Hatzold (291444) et al. · Figshare · 2015

<p>The routine surgery site and the hypothetical mixed site employed 1 medical doctor, 6 nurses, 3 theatre assistants, and 1 receptionist in a 4-bed facility, and the mixed study site employed 1 medical doctor, 8 nurses, 3 theatre assistants, and 1 receptionist in a 6-bed facility.</p>

Cited by 0Open access

Aspect oriented programming: Concepts, characteristics and implementation

Omar Anwer Abdulhameed, Ahmed Younus Yousuf, Rasha Hassan Abbas · Periodicals of Engineering and Natural Sciences (International University of Sarajevo) · 2026

Programming techniques have been passed through many development stages in their progressing path to cope with the increasing complexity of systems requirements. So, one of the main goals of the programming languages designers is how to develop programming language that can handle and manage the spread and overlapping of different functionality concerns. Because unmanageable and uncontrollable scattering of concerns inside the system may cause many problems during system running in present or/and during applying maintenance and developing the system in future. One of the most recent and powerful solutions to overcome these problems is via using Aspect-Oriented Programming (AOP) approach. This research is demonstrates the features and the problems with implying AOP techniques in the software development process.

Cited by 0Open access