The non-coherent On-Off Keying (OOK) transceiver with dual antenna chains is implemented to overcome the limited device performance in 65 nm CMOS which achieves +5 dBm of the Equivalent Isotropically Radiated Power (EIRP).
Two possible modifications are considered: 1) only adaptive control action is implemented to overcome the well-known assumption of prior knowledge of upper bounds to compensate for the disturbances, and 2) the control gain of the proportional part is saturated, when the residual synchronization error has, practically, been removed.
Various approaches have been implemented to overcome the problems that are associated with the mud acid and conventional hydrochloric acid.
New technologies are constantly adopted and implemented to overcome the virtual gaps but fail to do so (see Andersson and Weigand 2015).
Two strategies have been implemented to overcome this challenge: (1) the use of radioprotectors, such as amifostine [35] and CBLB502 [36], which can reduce the harm of ionizing radiation to normal cells; (2) the use of radiosensitizers, which can enhance the delivery of ionizing radiation to tumor tissue while causing little damage to normal cells [37].
Because HFCC performs an exhaustive search of the entire data space, several optional tools have been implemented to overcome this multiple testing problem, such as multiple replication groups, the direction filter, the control filter, the tracking filter, etc.
Hence, in the emergency setting, alternative diagnostic strategies should be implemented to overcome these limitations [2].
