Do you want to publish a course? Click here

N-Open Sets and S-Open Sets in Tri-topological Spaces

المجموعات المفتوحة من النمط ن و المجموعات المفتوحة من النمط S في الفضاءات التبولوجية الثلاثية

1122   0   21   0 ( 0 )
 Publication date 2017
and research's language is العربية
 Created by Al-Hamido Riad




Ask ChatGPT about the research

In this paper we introduced four new types of open and closed sets in tri-topological spaces, where we have introduced the definition of open sets of the pattern N and closed sets of the pattern N in tri-topological spaces, as the we know from the open sets of the pattern S and closed sets of the pattern S in these spaces, and we studied the basic properties of these new types of sets, as the we have created the relationship between them and open sets and closed in these tri-topological spaces. Then use this new concept of open and closed sets in the definition of closure and interior set, where we know the closure and interior set of the pattern N by relying on these new varieties of open and closed sets, we also found the basic properties of closure and the interior of the pattern N.


Artificial intelligence review:
Research summary
في هذا البحث، قام الباحثان رياض خضر الحميدو وطالب غريبة بتقديم نوع جديد من المجموعات المفتوحة والمغلقة في الفضاءات التبولوجية الثنائية، حيث أدخلا تعريف المجموعات المفتوحة من النمط Nα - pre (أو اختصاراً Nα - مفتوحة) في هذه الفضاءات. كما استعرضا العلاقة بين هذه المجموعات والمجموعات المفتوحة والمغلقة في الفضاءات التبولوجية الثنائية، ودرسا بعض الخصائص الأساسية لهذه المجموعات. يهدف البحث إلى توسيع مفهوم المجموعات المفتوحة والمغلقة في الفضاءات التبولوجية الثنائية وتقديم إطار عمل جديد لفهم هذه الفضاءات بشكل أعمق.
Critical review
دراسة نقدية: يعتبر هذا البحث إضافة قيمة إلى مجال الفضاءات التبولوجية الثنائية من خلال تقديم مفهوم جديد للمجموعات المفتوحة والمغلقة. ومع ذلك، يمكن أن تكون الدراسة أكثر شمولية إذا تم تضمين أمثلة تطبيقية توضح كيفية استخدام هذه المجموعات في مسائل حقيقية. كما أن البحث يفتقر إلى مقارنة مفصلة بين المجموعات المفتوحة من النمط Nα - pre والمجموعات المفتوحة الأخرى في الفضاءات التبولوجية الثنائية، مما قد يساعد في فهم الفروق الدقيقة بين هذه المجموعات بشكل أفضل.
Questions related to the research
  1. ما هو الهدف الرئيسي من البحث؟

    الهدف الرئيسي من البحث هو تقديم نوع جديد من المجموعات المفتوحة والمغلقة في الفضاءات التبولوجية الثنائية ودراسة خصائصها الأساسية.

  2. ما هي المجموعات المفتوحة من النمط Nα - pre؟

    المجموعات المفتوحة من النمط Nα - pre هي نوع جديد من المجموعات المفتوحة في الفضاءات التبولوجية الثنائية تم تعريفها في هذا البحث.

  3. ما هي الفائدة من دراسة المجموعات المفتوحة من النمط Nα - pre؟

    دراسة هذه المجموعات تساعد في توسيع مفهوم المجموعات المفتوحة والمغلقة في الفضاءات التبولوجية الثنائية وتقديم إطار عمل جديد لفهم هذه الفضاءات بشكل أعمق.

  4. هل تم تقديم أمثلة تطبيقية في البحث؟

    لم يتم تقديم أمثلة تطبيقية واضحة في البحث، وهو ما يمكن اعتباره نقطة ضعف تحتاج إلى تحسين.


References used
J. C. Kelly, (1963), "Bitopological spaces", Proc. London Math. Soc.,13, 71-89.
rate research

Read More

In this paper we introduced four new types of open and closed sets in tri-topological spaces, where we have introduced the definition of open sets of the pattern Nα and closed sets of the pattern Nα in tritopological spaces, as the we know from th e open sets of the pattern Sα and closed sets of the pattern Sα in these spaces, and we studied the basic properties of these new types of sets, as the we have created the relationship between them and open and closed sets in these tri-topological spaces. Then use this new concept of open and closed sets in the definition of closure and interior set, where we know the closure and interior set of the pattern Nα by relying on these new varieties of open and closed sets, we also found the basic properties of closure and the interior of the pattern Nα.
In this paper we introduced new types of open and closed sets in bitopological spaces, where we have introduced the definition of open sets.
In this paper we introduced new types of open and closed sets in Quad-topological spaces, where we have introduced the definition of open sets of the pattern N and closed sets of the pattern N in Quad-topological spaces, as the we know from the open sets of the pattern S and closed sets of the pattern S in these spaces, and we studied the basic properties of these new types of sets, as the we have created the relationship between them and open sets and closed in these Quad-topological spaces. Then use this new concept of open and closed sets in the definition of closure and interior set, where we know the closure and interior set of the pattern N by relying on these new varieties of open and closed sets, we also found the basic properties of closure and the interior of the pattern N.
This paper introduces a generalization of the concept of Set category introduced in [10] by constructing the category - whose objects are small ℒ - fuzzy sets in which the characteristic functions takes its values from a complete distributive latt ice, and its arrows are ℒ - fuzzy maps. After that we construct a functor - between these two categories, in a way that forgets the fuzziness of sets and maps, and formalizing the inclusion functor - . In addition, we study of the applications of universal arrows in category - , and getting back to the classical state and comparing it with that introduced in [10].
We develop a unified system to answer directly from text open-domain questions that may require a varying number of retrieval steps. We employ a single multi-task transformer model to perform all the necessary subtasks---retrieving supporting facts, reranking them, and predicting the answer from all retrieved documents---in an iterative fashion. We avoid crucial assumptions of previous work that do not transfer well to real-world settings, including exploiting knowledge of the fixed number of retrieval steps required to answer each question or using structured metadata like knowledge bases or web links that have limited availability. Instead, we design a system that can answer open-domain questions on any text collection without prior knowledge of reasoning complexity. To emulate this setting, we construct a new benchmark, called BeerQA, by combining existing one- and two-step datasets with a new collection of 530 questions that require three Wikipedia pages to answer, unifying Wikipedia corpora versions in the process. We show that our model demonstrates competitive performance on both existing benchmarks and this new benchmark. We make the new benchmark available at https://beerqa.github.io/.
comments
Fetching comments Fetching comments
mircosoft-partner

هل ترغب بارسال اشعارات عن اخر التحديثات في شمرا-اكاديميا