Document
type: Class

Anualidad
type: Class

Information Content Entity
type: Class

Continuant
type: Class

Entity
type: Class

Thesis
type: Class

2012
type: Class

Generically Dependent Continuant
type: Class

Thesis
type: Class

RDF description of REALISTIC ACOUSTIC PREDICTION MODELS TO EFFICIENTLY DESIGN HIGHER LAYER PROTOCOLS IN UNDERWATER WIRELESS SENSOR NETWORKS - http://research.umh.es/vivo/pub/tesis/28005
type: Document
rights: termsOfUse
date: 2026-08-02T20:36:18
publisher: REALISTIC ACOUSTIC PREDICTION MODELS TO EFFICIENTLY DESIGN HIGHER LAYER PROTOCOLS IN UNDERWATER WIRELESS SENSOR NETWORKS

REALISTIC ACOUSTIC PREDICTION MODELS TO EFFICIENTLY DESIGN HIGHER LAYER PROTOCOLS IN UNDERWATER WIRELESS SENSOR NETWORKS
type: Entity
date time value: 28005 date
type: Thesis
has subject area: TECNOLOGIAS INDUSTRIALES Y DE TELECOMUNICACION
most specific type: 2012
type: Thing
type: 2012
type: Information Content Entity
most specific type: Thesis
type: Anualidad
related by: Autor:152050-Tesis:28005
type: Document
type: Continuant
type: Generically Dependent Continuant
information resource supported by: PEREZ MALUMBRES, MANUEL JOSÉ

TECNOLOGIAS INDUSTRIALES Y DE TELECOMUNICACION
type: 2012
subject area of: REALISTIC ACOUSTIC PREDICTION MODELS TO EFFICIENTLY DESIGN HIGHER LAYER PROTOCOLS IN UNDERWATER WIRELESS SENSOR NETWORKS
type: Year2014
type: Thing
type: Organization
label: tecnologias industriales y de telecomunicacion
type: Year2009
type: Year2011
type: Entity
type: Agent
type: Year2013
type: Program
type: Year2015
type: Concept
type: Continuant
type: BFO_0000004
type: Year2010
type: Anualidad

Autor:152050-Tesis:28005
type: Relationship
type: BFO_0000020
type: Entity
type: Thing
type: Authorship
type: Continuant
relates: REALISTIC ACOUSTIC PREDICTION MODELS TO EFFICIENTLY DESIGN HIGHER LAYER PROTOCOLS IN UNDERWATER WIRELESS SENSOR NETWORKS

PEREZ MALUMBRES, MANUEL JOSÉ
type: PersonActive
type: Agent
type: Entity
type: Person
type: Thing
type: BFO_0000004
type: Continuant
supported information resource: REALISTIC ACOUSTIC PREDICTION MODELS TO EFFICIENTLY DESIGN HIGHER LAYER PROTOCOLS IN UNDERWATER WIRELESS SENSOR NETWORKS