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ella had been treated numerous times with strong antibiotics specific for a respiratory infection caused by the bacterial pathogen pseudomonas aeruginosa, but the microbial cells had become unresponsive to the drugs. at the time of this photo, the recurrent infection had decreased her lung function to the point where she required constant supplemental oxygen.
ژینوزا تحت درمان قرار گرفته بود، اما سلول های میکروبی به داروها پاسخ نمی دادند. در زمان گرفتن این عکس، عفونت مکرر عملکرد ریه او را به حدی کاهش داده بود که به اکسیژن مکمل نیاز داشت.
最后更新： 2022-07-06
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abstract networks are encabstract networks are encountering packet loss, high-frequency blockage, delays, and unnecessary retransmission ofdata with the increasing strain on the growth of digitalinfrastructure accompanied by millions of users. nowadays,almost all real-time applications seek high-speed datatransmission that contributes to making the networks moresaturated and unresponsive. such demands result in degradabledata transmission, giving rise to congestion. to maintain asustainable network with efficient performance, severalmechanisms need to be taken into consideration to preventnetworks from being congested. congestion control plays anindispensable role to lengthen the lifetime of the network andimprove its performance. this study presents a comprehensivereview of congestion control mechanisms that has been conductedusing conference papers and journals in the field of computing andinformation technology. our approach is to examine how thesecongestion control mechanisms operate and highlight theirlimitations. in addition, this paper suggests a set of criteria whichresearchers should strive to achieve when developing congestioncontrol techniques for computer networks.ountering packet loss, high frequency blockage, delays, and unnecessary retransmission of data with the increasing strain on the growth of digital infrastructure accompanied by millions of users. nowadays, almost all real time applications seek high speed datatransmission that contributes to making the networks moresaturated and unresponsive. such demands result in degradabledata transmission, giving rise to congestion. to maintain asustainable network with efficient per
شبکه‌ها با از دست دادن بسته‌ها، انسداد فرکانس بالا، تأخیر، و ارسال مجدد غیرضروری داده‌ها با فشار فزاینده بر رشabstract networks are encountering packet loss, high-frequency blockage, delays, and unnecessary retransmission ofdata with the increasing strain on the growth of digitalinfrastructure accompanied by millions of users. nowadays,almost all real-time applications seek high-speed datatransmission that contributes to making the networks moresaturated and unresponsive. such demands result in degradabledata transmission, giving rise to congestion. to maintain asustainable network with efficient performance, severalmechanisms need to be taken into consideration to preventnetworks from being congested. congestion control plays anindispensable role to lengthen the lifetime of the network andimprove its performance. this study presents a comprehensivereview of congestion control mechanisms that has been conductedusing conference papers and journals in the field of computing andinformation technology. our approach is to examine how thesecongestion control mechanisms operate and highlight theirlimitations. in addition, this paper suggests a set of criteria whichresearchers should strive to achieve when developing congestioncontrol techniques for computer networks.د زیرساخت دیجیتال همراه با میلیون‌ها کاربر مواجه می‌شوند. امروزه تقریباً تمام برنامه های کاربردی بلادرنگ به دنبال انتقال داده با سرعت بالا هستند که به اشباع شدن و عدم پاسخگویی شبکه ها کمک می کند. چنین خواسته‌هایی منجر به انتقال داده‌های تجزیه‌پذیر می‌شود که منجر به ازدحام می‌شود. برای حفظ شبکه پایدار با کارآمد
最后更新： 2022-05-18
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