breast cancer diagnosis by phased array radar (par) on real time wireless body area networks (wbans) platform

Phased array radar (par) is a real time healthcare ecosystem based on wbans platform to diagnosis diseases. it is worth mentioning that pars are fixed and can be used as a part of rfid tags on the body or in the smart clothes. it goes without saying that controlling the phase by the many segments of the par allows the beam to be quickly projected in directions. generally speaking, rest assured that par on the breasts beside of bio sensors focuses improved non-aggressively, sensitivity and tracking accuracy of objects. par to diagnosis breast cancer and prevent the transformation of benign to malign tumors. in a word, detecting breast cancer using par, demonstrating up to 85% sensitivity and 95% specificity in the discrimination of benign and malignant breast tumors based on ultralow power wban and analysis of par against bio signals using characteristics of tissue frequency (fc, ghz), which is the extrapolation of resistances using digital beam forming (dbf) model in the par. to sum up, wban by par improves diagnosis tumors and prevents cancers badly and rapidly. images are process and interpret in matlab. the results of pars are clearer than the other methods. it is crystal clear that par has no pain to detect tumors. to shed light on this issue, roentgen scopes are scrutinized and detected sarcoma by par in wban is less than mri. so, in this paper, dbf in par based on real time wban to control breast cancer is to be discussed.