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Register a new userA Sliding-Window Approach to Automatic Creation of Meeting Minutes
نهج النافذة المنزلق للإبداع التلقائي لحقائق الاجتماع
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سجل محاضر سجل أي موضوع ناقش، والقرارات التي تم التوصل إليها والإجراءات المتخذة في الاجتماع.لا يمكن المبالغة في أهمية التلقائي التلقائي.في هذه الورقة، نقدم نهج نافذة منزلقة إلى الجيل التلقائي من محضر الاجتماعات.يهدف إلى معالجة القضايا المتعلقة بطبيعة النص المنطوق، بما في ذلك النص المطول ونقص بنية المستندات، مما يجعل من الصعب تحديد المحتوى البارز المراد تضمينه في محضر الاجتماعات.تجمع نهجنا بين نهج النافذة المنزلق وملخص مبخر عصبي للتنقل من خلال النص الخام للعثور على محتوى بارز.يتم تقييم النهج على نصوص محادثات الاجتماعات الطبيعية، حيث نقارن النتائج التي تم الحصول عليها من أجل النصوص البشرية وإصدارين من النصوص التلقائية ومناقشة كيفية النجاح إلى أي مدى تنجح الملخص في التقاط المحتوى البارزين.
Meeting minutes record any subject matter discussed, decisions reached and actions taken at the meeting. The importance of automatic minuting cannot be overstated. In this paper, we present a sliding window approach to automatic generation of meeting minutes. It aims at addressing issues pertaining to the nature of spoken text, including the lengthy transcript and lack of document structure, which make it difficult to identify salient content to be included in meeting minutes. Our approach combines a sliding-window approach and a neural abstractive summarizer to navigate through the raw transcript to find salient content. The approach is evaluated on transcripts of natural meeting conversations, where we compare results obtained for human transcripts and two versions of automatic transcripts and discuss how and to what extent the summarizer succeeds at capturing salient content.
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Random Linear Network Coding (RLNC) is considered to be one of the promised
solutions to achieve the reliability of transmission in multi hop wireless networks, Since it
is based on correcting the loss of the packets in the medium through the conti
nuity of
transmitting coded packets from each segment until receiving acknowledgment of getting
the required number of these packets for decoding. However, because of the nature of
wireless medium and multi hops transfer, a loss or delay of the ACK may occur, which
causes transmitting extra packets and time delay to the next segments, consequently
decreasing the throughput of these networks.
In this research, we propose a new transmission mechanism for reliable transfer in
multi hops wireless networks through using the concepts of sliding window and fast
retransmit with RLNC, for transmitting packets of consequent segments in specific
continues flow and fast correcting the loss in these segments. Simulation results show that
proposed mechanism decreases the time delay for transmission process and increases the
transfer throughput of these networks.
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