Add to ORKGApplication migration is a key enabling technology component of mobile computing that allows rich semantics involving location awareness, trust and timeliness of information processing by moving the application where the data is. Seamlessness is one of the key properties of mobile computing and downtime must be eliminated/minimized during the migration to achieve seamlessness. But migration involves large overheads, dominant of which are the overheads due to serialization and deserialization [1]. To achieve seamless migration, an application state could be pre-serialized during the program’s execution, and upon migration, the serialized data could be transmitted and deserialized to get the execution started. Previous approach to this proble...
Contemporary mobile devices generate heavy loads of computationally intensive tasks, which cannot be...
Delegation of processing tasks to the network has moved from cloud-based schemes to edge computing s...
Pervasive computing applications often need to maintain uninterrupted computing experiences when use...
This paper deals with the problem of service migration in the emerging scenarios of Mobile Edge Comp...
This paper describes the design and implementation of a system that uses virtual machine technology ...
Today, cross-device capabilities has become the de facto standard among most applications, enabling ...
One of the biggest challenges in future application development is device heterogeneity. In the futu...
Mobile devices that are limited in terms of CPU power, memory or battery power are only capable of e...
In this paper we introduce a runtime system to allow unmodified multi-threaded applications to use m...
Today, cross-device capabilities has become the de facto standard among most applications, enabling ...
In recent years, the paradigm of mobile cloud computing has been introduced to extend capabilities ...
Fog and mobile edge computing is a paradigm that augments resource-scarce mobile devices with resour...
Mobile cloud computing allows mobile applications to use the enormous resources in the clouds. In or...
Abstract—Due to limited processing and energy resources, mobile devices outsource their computationa...
Low latency and integration with edge computing facilities are two of the main enablers of the upcom...
Contemporary mobile devices generate heavy loads of computationally intensive tasks, which cannot be...
Delegation of processing tasks to the network has moved from cloud-based schemes to edge computing s...
Pervasive computing applications often need to maintain uninterrupted computing experiences when use...
This paper deals with the problem of service migration in the emerging scenarios of Mobile Edge Comp...
This paper describes the design and implementation of a system that uses virtual machine technology ...
Today, cross-device capabilities has become the de facto standard among most applications, enabling ...
One of the biggest challenges in future application development is device heterogeneity. In the futu...
Mobile devices that are limited in terms of CPU power, memory or battery power are only capable of e...
In this paper we introduce a runtime system to allow unmodified multi-threaded applications to use m...
Today, cross-device capabilities has become the de facto standard among most applications, enabling ...
In recent years, the paradigm of mobile cloud computing has been introduced to extend capabilities ...
Fog and mobile edge computing is a paradigm that augments resource-scarce mobile devices with resour...
Mobile cloud computing allows mobile applications to use the enormous resources in the clouds. In or...
Abstract—Due to limited processing and energy resources, mobile devices outsource their computationa...
Low latency and integration with edge computing facilities are two of the main enablers of the upcom...
Contemporary mobile devices generate heavy loads of computationally intensive tasks, which cannot be...
Delegation of processing tasks to the network has moved from cloud-based schemes to edge computing s...
Pervasive computing applications often need to maintain uninterrupted computing experiences when use...