Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: QoS-aware distributed applications such as certain Multime- dia and Ubiquitous Computing applications can benefit greatly from the provision of QoS guarantees from the underlying system and middleware infrastructure. They must avoid execution glitches that affect the user's perception of the application output. Most research in QoS support for distributed systems focuses on three aspects of QoS management: admission control, resource reservation, and scheduling. Hover, in highly dynamic distributed environments, effec- tive means for QoS negotiation and re-negotiation are also essential.  believe that mobile agents, due to its inherent flexibility and agility, can play an important role in this scenario, specially during the appli- cation adaptation process.  designed a mobile-agent-based infrastruc- ture that provides services such as resource monitoring, QoS brokering, and QoS enforcement. Furthermore, our infrastructure offers a porful mechanism for QoS negotiation. ,  describe the architecture and prototype implementation of this infrastructure. First,  discuss the motivations and related works. , then, present the architectural design and discuss implementation issues concerning the infrastructure prototype. Finally,  introduce a sample application called ReflectorAglet - a QoS-aware adaptive audio reflector - and present preliminary experimental results.
['Roberto Speicys Cardoso', 'Fabio Kon']
I am writing a research paper on a idea A Mobile Agent Infrastructure for QoS Negotiation of Adaptive Distributed Applications
[{"from": "human", "value": "I am writing a research paper on a idea A Mobile Agent Infrastructure for QoS Negotiation of Adaptive Distributed Applications"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: QoS-aware distributed applications such as certain Multime- dia and Ubiquitous Computing applications can benefit greatly from the provision of QoS guarantees from the underlying system and middleware infrastructure. They must avoid execution glitches that affect the user's perception of the application output. Most research in QoS support for distributed systems focuses on three aspects of QoS management: admission control, resource reservation, and scheduling. Hover, in highly dynamic distributed environments, effec- tive means for QoS negotiation and re-negotiation are also essential.  believe that mobile agents, due to its inherent flexibility and agility, can play an important role in this scenario, specially during the appli- cation adaptation process.  designed a mobile-agent-based infrastruc- ture that provides services such as resource monitoring, QoS brokering, and QoS enforcement. Furthermore, our infrastructure offers a porful mechanism for QoS negotiation. ,  describe the architecture and prototype implementation of this infrastructure. First,  discuss the motivations and related works. , then, present the architectural design and discuss implementation issues concerning the infrastructure prototype. Finally,  introduce a sample application called ReflectorAglet - a QoS-aware adaptive audio reflector - and present preliminary experimental results."}]