International Journal of Cultural Inheritance & Social Sciences ISSN: 2632-7597

MODERN DIRECTIONS IN ARCHAEOLOGY, A STUDY OF THE SUPPORTING HUMANITIES AND APPLIED SCIENCES

Mahmoud Ahmed Darwish1, Huda Abdel Rahim Abdel Kadir2 — 2024-03-25

At its beginning, archeology was a description of stone buildings and huge tombs that remained visible above the ground and resisted the elements of nature. Then it became a distinct science that relied on all possible documents without limitation and benefited from the methods and data of most sciences. There has been a shift in the development of archeology in the last twenty years, and an intellectual and methodological division occurred in the subject of archaeology between a traditional archaeological school and a modern method. In the past, archeology relied on classifying and classifying discovered objects and bringing them together.

After the discovery of absolute modern dating methods, the archaeologist has a powerful weapon with which to address the problem of determining the time of things, which is one of the most important goals of research and excavation.

Archeology also benefited from new elements in the field of physical and natural sciences, such as botany, zoology, and ecology, and such sciences became an important tool for interpreting archaeological problems, such as knowledge of the development of agriculture, the beginning of animal hybridization, and differences in the natural climate and its developments over previous times.

ATRANSACTIONALMODELANDPLATFORMFORDESIGNINGANDIMPLEMENTINGREACTIVESYSTEMS

Esam Mohamed Elwan — 2024-03-25

A reactive program is one that has “ongoing interactions with its environment”.

Reac- tive programs include those for embedded systems, operating systems, network clients and servers, databases, and smart phone apps. Reactive programs are already a core part of our computational and physical infrastructure and will continue to proliferate within our society as new form factors, e.g. wireless sensors, and inexpensive (wireless) networking are applied to new problems.

Asynchronous concurrency is a fundamental characteristic of reactive systems that makes them difficult to develop. Threads are commonly used for implementing reactive systems, but they may magnify problems associated with asynchronous concurrency, as there is a gap between the semantics of thread-based computation and the semantics of reactive systems: reactive software developed with threads often has subtle timing bugs and tends to be brittle and non-reusable as a holistic understanding of the software becomes necessary to avoid concurrency hazards such as data races, deadlock, and livelock, Based on these problems.

WOODEN ANTIQUES IN EGYPTIAN PORTS, AN APPLIEDE STUDY OF THE TECHNICAL METHODS AND MANUFACTURES

Mahmoud Ahmed Darwish — 2024-03-25

This research deals with an applied study of the technical methods used in the manufacture of handmade wooden antiques in Egyptian ports. The scientific content of this research includes the manufacture of wooden antiques in Egyptian ports, and the wood used in this industry, which includes: poplar wood, which is of two types: red poplar, gray poplar, oak, Beech, Pine, known in the local market as Beach Pine, Musky, Teak, Buxus, and Ebony. Turkish walnut and Cupressus. Accordingly, wood is divided into five types: hard wood, soft wood, resinous wood, valuable wood, and wood from hot regions. The technical methods used in this industry include: assembling and interlocking, drilling, turning, inlaying, cutting, hollowing out, and coloring.