Deliverables | Superfluidity Project

The table below provides a list of the deliverables of the SUPERFLUIDITY project. Public deliverables can be downloaded by clicking on their name.

Most deliverables include a glossary. The most recent version of the glossary can be found here

Del. No.	Deliverable Name	WP No.	Lead Participant	Nature	Diss. Level	Delivery Date
D1.1	Project Management Manual	WP1	CNIT	R	RE	2
I8.1	Preliminary Communication and Dissemination Plan	WP8	CNIT	R	PU	3
I2.1	Early use cases analysis	WP2	BT	R	PU	3
D8.1	Communication and Dissemination Plan	WP8	CNIT	R	PU	6
I2.2	First technical and business requirements	WP2	TID	R	PU	6
I2.3	First functional analysis and decomposition	WP2	NOKIAFR	R	PU	6
I3.2	Initial security framework specification	WP3	BGU	R	PU	9
I3.1	Initial system architecture and programming interface specification	WP3	NOKIAIL	R	PU	9
D2.1	Use cases, technical and business requirements	WP2	BT	R	PU	9
I6.1	Initial design for control framework	WP6	REDHAT	P	PU	11
I4.1	Heterogeneous Infrastructures – abstraction with resource differentiation	WP4	INTEL	R	RE	11
I5.1	First report on Function Allocation Algorithms Implementation and Evaluation	WP5	ULG	P	PU	11
D2.2	Functional analysis and decomposition	WP2	NOKIAFR	R	PU	11
D8.3	Innovation and Exploitation Plan	WP8	CITRIX	R	PU	12
D1.2	Project Vision and Roadmap, v1	WP1	CNIT	R	PU	12
I5.2	Virtualized Network Service Dynamics Survey and Evaluation	WP5	ONAPP	P	PU	12
I6.3	Modelling and Design for Symbolic Execution and Monitoring Tools	WP6	UPB	P	PU	12
I6.2	Initial design for SLA based deployment	WP6	NOKIAIL	P	PU	12
D8.2	First report on Communication, Dissemination Actions, Standardization and Open Source Contributions	WP8	REDHAT	R	PU	12
D3.1	Final system architecture, programming interfaces and security framework specification	WP3	CNIT	R	PU	17
I7.1	Preliminary definition for the use case scenarios for deployment and validation	WP7	BT	R	PU	18
I5.1b	First report on Function Allocation Algorithms Implementation and Evaluation	WP5	ULG	P	PU	20
I5.2b	Virtualized Network Service Dynamics Survey and Evaluation	WP5	ONAPP	P	PU	21
I7.2	System integration plan	WP7	ALB	P	RE	21
I4.1b	Heterogeneous Infrastructures – abstraction with resource differentiation	WP4	INTEL	R	RE	21
I5.3	Platform API Design and Implementation	WP5	CITRIX	P	PU	22
I6.1b	Initial design for control framework	WP6	REDHAT	P	PU	23
D8.5	First Report on Innovation and Exploitation Actions	WP8	CITRIX	R	PU	23
I7.3	Preliminary validation report	WP7	ULG	P	RE	23
D8.4	Second report on Communication, Dissemination Actions, Standardization and Open Source Contributions	WP8	REDHAT	R	PU	23
D7.1	SUPERFLUIDITY use case scenarios for deployment and validation	WP7	BT	R	PU	24
I6.2b	Initial design for SLA based deployment	WP6	NOKIAIL	P	PU	24
I6.3b	Modelling and Design for Symbolic Execution and Monitoring Tools	WP6	UPB	P	PU	24
T7.2	System Integration Short Report	WP7	ALB	R	RE	25
D4.1	Hardware Selection, Modelling and Profiling	WP4	INTEL	R	RE	27
D5.1	Function Allocation Algorithms Implementation and Evaluation	WP5	ULG	P	PU	28
D4.3	Innovative Radio and Network Processing Functions	WP4	TUD	P	RE	29
D4.2	High Performance Block Abstractions Implementation	WP4	ONAPP	P	RE	29
D5.2	Mechanisms for Network Service Dynamics and Performance	WP5	NEC	P	PU	30
D6.1	System Orchestration and Management design and implementation	WP6	REDHAT	P	PU	31
D5.3	Platform API Design and Implementation	WP5	CITRIX	R	PU	31
D7.2	System integration report	WP7	ALB	P	RE	31
D1.3	Project Vision and Roadmap, v2	WP1	CNIT	R	PU	33
D8.8	Final Report on Innovation and Exploitation Actions	WP8	CITRIX	R	PU	33
D7.3	Validation, Assessment and Trial report	WP7	ULG	P	RE	33
D8.6	Final Report on Communication, Dissemination Actions	WP8	CNIT	R	PU	33
D8.7	Final Report on Standardization and Open Source Contributions	WP8	REDHAT	R	PU	33