To cope with the problem of emitter identification caused by the radar words＇ uncertainty of measured multi-function radar emitters, this paper proposes a new identification method based on stochastic syntax-directed...To cope with the problem of emitter identification caused by the radar words＇ uncertainty of measured multi-function radar emitters, this paper proposes a new identification method based on stochastic syntax-directed translation schema（SSDTS）. This method, which is deduced from the syntactic modeling of multi-function radars, considers the probabilities of radar phrases appearance in different radar modes as well as the probabilities of radar word errors occurrence in different radar phrases. It concludes that the proposed method can not only correct the defective radar words by using the stochastic translation schema, but also identify the real radar phrases and working modes of measured emitters concurrently. Furthermore, a number of simulations are presented to demonstrate the identification capability and adaptability of the SSDTS algorithm.The results show that even under the condition of the defective radar words distorted by noise,the proposed algorithm can infer the phrases, work modes and types of measured emitters correctly.展开更多
Nitric oxide（NO）,a gaseous compound,plays important roles in plant immunity,abiotic stress response and plant development[1].In plants,NO is synthesized through either oxidative or reductive route that is dependent ...Nitric oxide（NO）,a gaseous compound,plays important roles in plant immunity,abiotic stress response and plant development[1].In plants,NO is synthesized through either oxidative or reductive route that is dependent on the nitrate reductases（NADH）1（NIA1）and NIA2.NO bioactivity is realized through redox-based post-translational protein展开更多
The healthcare system is moving away from traditional hospital-centric models towards a more personalised,patient-centric approach driven by the concept called‘lab on wearables’.The nucleus of this concept is ground...The healthcare system is moving away from traditional hospital-centric models towards a more personalised,patient-centric approach driven by the concept called‘lab on wearables’.The nucleus of this concept is grounded on the translation of biological signals into actionable healing information with the help of soft,conformable and biocompatible sensors.This soft flexible electronic platform development is more leaning towards unconventional electronics fabrication routes like printed electronics over clean room based micro-electronics manufacturing.Printed electronics can harness the potential of stretchable foils,bio-derived functional materials and organic electronics,enabling the development of biodegradable and bioresorbable wound monitoring systems that are conformable with the skin.The review explores the potential of sustainable and biocompatible printed electronics in transducing wound biomarkers into actionable healing insights,enabling timely interventions.This work also provides a roadmap for printed electronics-based wound monitoring and on-demand treatment solutions,offering a glimpse into the future promises of the technology.展开更多
基金supported by the National Natural Science Foundation of China (No. 61002026)
文摘To cope with the problem of emitter identification caused by the radar words＇ uncertainty of measured multi-function radar emitters, this paper proposes a new identification method based on stochastic syntax-directed translation schema（SSDTS）. This method, which is deduced from the syntactic modeling of multi-function radars, considers the probabilities of radar phrases appearance in different radar modes as well as the probabilities of radar word errors occurrence in different radar phrases. It concludes that the proposed method can not only correct the defective radar words by using the stochastic translation schema, but also identify the real radar phrases and working modes of measured emitters concurrently. Furthermore, a number of simulations are presented to demonstrate the identification capability and adaptability of the SSDTS algorithm.The results show that even under the condition of the defective radar words distorted by noise,the proposed algorithm can infer the phrases, work modes and types of measured emitters correctly.
文摘Nitric oxide（NO）,a gaseous compound,plays important roles in plant immunity,abiotic stress response and plant development[1].In plants,NO is synthesized through either oxidative or reductive route that is dependent on the nitrate reductases（NADH）1（NIA1）and NIA2.NO bioactivity is realized through redox-based post-translational protein
文摘The healthcare system is moving away from traditional hospital-centric models towards a more personalised,patient-centric approach driven by the concept called‘lab on wearables’.The nucleus of this concept is grounded on the translation of biological signals into actionable healing information with the help of soft,conformable and biocompatible sensors.This soft flexible electronic platform development is more leaning towards unconventional electronics fabrication routes like printed electronics over clean room based micro-electronics manufacturing.Printed electronics can harness the potential of stretchable foils,bio-derived functional materials and organic electronics,enabling the development of biodegradable and bioresorbable wound monitoring systems that are conformable with the skin.The review explores the potential of sustainable and biocompatible printed electronics in transducing wound biomarkers into actionable healing insights,enabling timely interventions.This work also provides a roadmap for printed electronics-based wound monitoring and on-demand treatment solutions,offering a glimpse into the future promises of the technology.
