FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W233816306> ?p ?o ?g. }

• W233816306 abstract "This thesis presents a novel framework for adaptation to environmental fluctuations in man–made systems. The framework is inspired by adaptability of living systems. Emerged from the coevolution with the environment, living systems bear the traces of past environmental changes – they are endowed with inherent adaptive mechanisms which are employed upon the detection of environmental fluctuation thereby enabling the preservation of viability.The approach chosen in this thesis is based on the organisation of living systems because inherent adaptive mechanisms are possible thanks to the specificity of their organisation. The organisation of living systems is addressed at different hierarchical levels. For each considered level, a theory which assumes a mechanistic view on the living system is used as a basis for the proposed adaptive framework. At the biochemical level, a chemical automaton in a form of the Chemoton – a model of a minimal living system – is considered. At the system level, the framework of adaptive behaviour provided by a classic cybernetician, William Ross Ashby, is applied. In addition, the principles of hierarchies which emerge out of the dynamics of some basic units of the evolving system have been used for the increase in the robustness of the adaptation process. These principles account for the third level which arises during the adaptation process and which is hierarchically between the two mentioned levels.Man–made systems are designed to perform a function ascribed by a human designer. When affected by environmental variations, the functionality of a man–made system may deviate from the desired or it may be completely lost. In this thesis the loss of functionality of a man–made system is related to the loss of viability in a living system. The goal of the adaptation process is the preservation of system functionality. A model of a man–made system which accommodates for the proposed adaptive framework has been developed. The model assumes a modular system architecture which comprises of the cells whose architecture is inspired by the Chemoton. During the adaptation process, the control and communication between the cells is realised via signals resembling the operation of hormones in a living system. The dynamics of the hormone–like signals give rise to the formation of the higher hierarchical level which provides additional information for the control of the adaptation process. The system adapts according to the framework by W. Ross Ashby which is based on homeostatic principles. The results of computer simulations show that the strategy used by nature for building complex systems can improve the robustness of man–made systems to environmental fluctuations.As a proof of concept for the adaptive framework, an implementation in electronic hardware systems, a particular class of man–made systems, has been considered. Initial steps were made towards the implementation in silicon of an adaptive unit proposed within the framework." @default.
• W233816306 created "2016-06-24" @default.
• W233816306 creator A5034924788 @default.
• W233816306 date "2011-01-01" @default.
• W233816306 modified "2023-09-26" @default.
• W233816306 title "A Novel Framework for Achieving Adaptation in Man- Made Systems Inspired by the Organisation of Living Systems" @default.
• W233816306 cites W101525652 @default.
• W233816306 cites W118102183 @default.
• W233816306 cites W1445955035 @default.
• W233816306 cites W1484077497 @default.
• W233816306 cites W1488434797 @default.
• W233816306 cites W1496040402 @default.
• W233816306 cites W1497256448 @default.
• W233816306 cites W1498880886 @default.
• W233816306 cites W1527571715 @default.
• W233816306 cites W1530397193 @default.
• W233816306 cites W1544724459 @default.
• W233816306 cites W1548526721 @default.
• W233816306 cites W1552527487 @default.
• W233816306 cites W1556257160 @default.
• W233816306 cites W1557926810 @default.
• W233816306 cites W1576818901 @default.
• W233816306 cites W1585010453 @default.
• W233816306 cites W1585069175 @default.
• W233816306 cites W1587314459 @default.
• W233816306 cites W1588942736 @default.
• W233816306 cites W1590557630 @default.
• W233816306 cites W1601736244 @default.
• W233816306 cites W170728373 @default.
• W233816306 cites W1761143336 @default.
• W233816306 cites W1765868291 @default.
• W233816306 cites W1786292017 @default.
• W233816306 cites W1857211179 @default.
• W233816306 cites W1892134458 @default.
• W233816306 cites W1916207017 @default.
• W233816306 cites W1967029361 @default.
• W233816306 cites W1972814525 @default.
• W233816306 cites W1976579213 @default.
• W233816306 cites W1992419142 @default.
• W233816306 cites W2004007171 @default.
• W233816306 cites W2009874941 @default.
• W233816306 cites W2011302214 @default.
• W233816306 cites W2011664883 @default.
• W233816306 cites W2022305914 @default.
• W233816306 cites W2036943188 @default.
• W233816306 cites W2040525210 @default.
• W233816306 cites W2042761447 @default.
• W233816306 cites W2047922146 @default.
• W233816306 cites W2051385641 @default.
• W233816306 cites W2061543242 @default.
• W233816306 cites W2061774388 @default.
• W233816306 cites W2063671110 @default.
• W233816306 cites W2065361798 @default.
• W233816306 cites W2076453580 @default.
• W233816306 cites W2087857800 @default.
• W233816306 cites W2089620376 @default.
• W233816306 cites W2093020640 @default.
• W233816306 cites W2093232756 @default.
• W233816306 cites W2093353338 @default.
• W233816306 cites W2097427666 @default.
• W233816306 cites W2097571405 @default.
• W233816306 cites W2101269523 @default.
• W233816306 cites W2103369267 @default.
• W233816306 cites W2103851810 @default.
• W233816306 cites W2104890136 @default.
• W233816306 cites W2105291362 @default.
• W233816306 cites W2106591329 @default.
• W233816306 cites W2107893555 @default.
• W233816306 cites W2111030512 @default.
• W233816306 cites W2112201919 @default.
• W233816306 cites W2112611349 @default.
• W233816306 cites W2113753474 @default.
• W233816306 cites W2114364200 @default.
• W233816306 cites W2117671713 @default.
• W233816306 cites W2120579448 @default.
• W233816306 cites W2123755784 @default.
• W233816306 cites W2129280699 @default.
• W233816306 cites W2131862714 @default.
• W233816306 cites W2136963053 @default.
• W233816306 cites W2137255366 @default.
• W233816306 cites W2139798247 @default.
• W233816306 cites W2140535127 @default.
• W233816306 cites W2142421172 @default.
• W233816306 cites W2144682212 @default.
• W233816306 cites W2145386918 @default.
• W233816306 cites W2146875013 @default.
• W233816306 cites W2147152949 @default.
• W233816306 cites W2149321473 @default.
• W233816306 cites W2158888644 @default.
• W233816306 cites W2161686585 @default.
• W233816306 cites W2163593502 @default.
• W233816306 cites W2164538779 @default.
• W233816306 cites W2167379641 @default.
• W233816306 cites W2182308687 @default.
• W233816306 cites W2182393532 @default.
• W233816306 cites W2263500441 @default.
• W233816306 cites W2266790894 @default.
• W233816306 cites W2314136637 @default.
• W233816306 cites W2332530507 @default.
• W233816306 cites W2404781142 @default.

• next