دقو .محرلا اموكراس نم نوناعي اضيرم 36 ضارعتسا تم :جئاتنلا دجو دقو ،اَماع 57 ةعومجملل رمعلا طسوتم نأ ريراقتلا تدافأ )19%(7 و carcinosarcoma تلاالحا نم )58%( 21 نأ اموكراس ةيمحللا محرلا ةناطب ،leiomyosarcoma )LMS( 6 يف تصخش )undifferentiated endometrial sarcom( .Rhabdomyosarcoma )RMS( 6% ينتلاحو 17% ىضرم ةثلاثلا ةلحرلما يف تصخش تلاالحا فصن براقي ام نأ دجو دقو يأ ةلاح 15( تناك ينح يف .يلاوتلا ىلع )...

Security is one of the most important research issues in wireless sensor networks (WSN) applications. Given that the single detection threshold of the cumulative sum (CUSUM) algorithm causes longer detection delays and a lower detection rate, a multi-class CUSUM algorithm is hereby proposed. Firstly a maximum and minimum thresholds, which sensor nodes are able to reach during sending packet, ar...

Security is one of the most important research issues in wireless sensor networks (WSN) applications. Given that the single detection threshold of the cumulative sum (CUSUM) algorithm causes longer detection delays and a lower detection rate, a multi-class CUSUM algorithm is hereby proposed. Firstly a maximum and minimum thresholds, which sensor nodes are able to reach during sending packet, ar...

C-control chart assumes that process nonconformities follow a Poisson distribution. In actuality, however, this Poisson distribution does not always occur. A process control for semiconductor based on a Poisson distribution always underestimates the true average amount of nonconformities and the process variance. Quality is described more accurately if a compound Poisson process is used for pro...

Introduction Since the release of anthrax in October of 2001, there has been increased interest in developing efficient prospective disease surveillance schemes. Poisson CUSUM is a control chart-based method that has been widely used to detect aberrations in disease counts in a single region collected over fixed time intervals. Over the past few years, different methods have been proposed to ex...

In order to monitor a process, quality practitioners frequently use Shewhart control charts (e.g. X –R, P-charts, etc.), so named after the pioneering work of Dr. Walter Shewhart. It can be shown that if there are sharp, intermittent changes to a process, these types of charts are highly effective. However, if one is interested in a small, sustained shift in a process, other types of control ch...

تابر مواقم لرتنك هلاقم نيا رد ينيعمان و يجراخ تاشاشتغا دوجو اب رايس ياه متسيس يرتماراپ ياه كيمونولوهريغ يكيتامنيس ديق هك يكيمانيد ١ ار شزغل مدع هدروآرب يمن تسا هتفرگ رارق يسررب دروم ،دننك . هدش زكرمتم يكيتامنيس لرتنك يحارط يور رب هك يلبق ياهراك فلاخرب ساسا رب رواتشگ مواقم رلرتنك كي ،دنا هب ،ميظنت لباق ناسون سناكرف اب اريم كيمانيد رگناسون هناگي شور كي تروص ٢ يبايدر هلأسم ود ره يارب ابر يزا...

ةصلاخلا : برتلا تارفيش تذوحتسا دقل و ً ارخؤ م ب سب نيثحا بلا نم ر يثكلا ما متها ى لع ب أ هابلا ا هئاد ـ د نع ر ـ ل ةضفخنملا مي قلا ) SNR .( اًءز ج ر ثعبملا ر بتعيو اً ماه شلا هذ ه ميمصت ن م في تار . م ظعم ضرتفتو لأا ،ةيئاوشع تار ثعبم لاجملا اذه يف ثاحب أ سرد نف ثحبلا اذ ه يف ا م أ مادختساب و برت تارفي ش ءاد ّ يفص تارثعبم ،ة و ب ةقلعتملا لماوعلا نم ديدعلا أ د اهئا ميمصت لثم ، أ لوط ريثأ تو ،ةيفصلا...

C-control chart assumes that process nonconformities follow a Poisson distribution. In actuality, however, this Poisson distribution does not always occur. A process control for semiconductor based on a Poisson distribution always underestimates the true average amount of nonconformities and the process variance. Quality is described more accurately if a compound Poisson process is used for pro...