AbstractWe introduce a refined version of observation for CCS which allows the observer to see the distributed nature of processes. Using several examples, we argue that a semantic theory based on such observations is not only intuitive but may also be of use when formalising the relationship between implementations and specifications. Technically, we show that the resulting theory of location equivalence is very similar to that of bisimulation equivalence, e.g. it can be characterised by a simple modal logic. A comparison with distributed bisimulations is also given
Node-labelled graphs, called observation structures, are introduced as a basic model of concurrent d...
AbstractNode-labelled graphs, called observation structures, are introduced as a basic model of conc...
AbstractWe discuss the tensions between intensionality and extensionality of spatial observations in...
AbstractWe introduce a refined version of observation for CCS which allows the observer to see the d...
We study a notion of observation for concurrent processes which allows the observer to see the distr...
Location equivalence has been presented in [5] as a bisimulation-based equivalence able to take into...
AbstractLocation equivalence has been presented in [5] as a bisimulation-based equivalence able to t...
Spatiality is an important aspect of distributed systems because their computations depend both on ...
AbstractSpatiality is an important aspect of distributed systems because their computations depend b...
Spatiality is an important aspect of distributed systems because their computations depend both on t...
A new semantics for process description languages that discriminates according to the distribution i...
A poweful paradigm is presented for defining semantics of data types which can assign sensible seman...
AbstractA poweful paradigm is presented for defining semantics of data types which can assign sensib...
We provide a simple non-interleaved operational semantics for CCS in terms of asynchronous transitio...
We discuss the tensions between intensionality and extensionality of spatial observations in distrib...
Node-labelled graphs, called observation structures, are introduced as a basic model of concurrent d...
AbstractNode-labelled graphs, called observation structures, are introduced as a basic model of conc...
AbstractWe discuss the tensions between intensionality and extensionality of spatial observations in...
AbstractWe introduce a refined version of observation for CCS which allows the observer to see the d...
We study a notion of observation for concurrent processes which allows the observer to see the distr...
Location equivalence has been presented in [5] as a bisimulation-based equivalence able to take into...
AbstractLocation equivalence has been presented in [5] as a bisimulation-based equivalence able to t...
Spatiality is an important aspect of distributed systems because their computations depend both on ...
AbstractSpatiality is an important aspect of distributed systems because their computations depend b...
Spatiality is an important aspect of distributed systems because their computations depend both on t...
A new semantics for process description languages that discriminates according to the distribution i...
A poweful paradigm is presented for defining semantics of data types which can assign sensible seman...
AbstractA poweful paradigm is presented for defining semantics of data types which can assign sensib...
We provide a simple non-interleaved operational semantics for CCS in terms of asynchronous transitio...
We discuss the tensions between intensionality and extensionality of spatial observations in distrib...
Node-labelled graphs, called observation structures, are introduced as a basic model of concurrent d...
AbstractNode-labelled graphs, called observation structures, are introduced as a basic model of conc...
AbstractWe discuss the tensions between intensionality and extensionality of spatial observations in...