Marco Lucente

Dr. Marco Lucente

INAF, Istituto di Astrofisica e Planetologia Spaziale, Via del Fosso del Cavaliere 100, 00133 Rome, Italy
orcid

Research Focus & Metrics

Academic Career Length

22Years (2005-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
29 July 2011 in Proceedings of the IEEE
Verified
Journal Article
Closed access
Daniele MortariDaniele Mortari
Daniele Mortari
Mauro De SanctisMauro De Sanctis
Mauro De Sanctis
MLMarco Lucente
Marco Lucente
Satellite constellation designers take into consideration the entire telecommunication network and their design choices are influenced by many factors including: number of satellites, orbital characteristics, coverage area, network interconnections, system cost, and complexity. When the satellite constellation design method does not include a large number of possible configurations, then the final result of the design process is a suboptimal solution. Flower Constellation (FC) design provides a relatively new design approach which can overcome this problem. The time evolution of the FC theory is here summarized and the fundamental mathematics allowing the constellation design is provided. In particular, the theory is applied to the design and optimization of constellations maximizing the global coverage and the network connectivity via intersatellite links. Performance results are compared to the classical type of satellite constellations, i.e., the Walker Constellations. The performance improvement provided by FC design with respect to Walker Constellation design is shown. Finally, considerations regarding the cost for deployment and orbital control are also provided.

1 January 2007
Verified
Conference Paper
Closed access
AJAhmed Jebril
Ahmed Jebril
MLMarco Lucente
Marco Lucente
EREmiliano Re
Emiliano Re
TRTommaso Rossi
Tommaso Rossi
MRMarina Ruggieri
Marina Ruggieri
VDVittorio Dainelli
Vittorio Dainelli
In this paper, the main trends of the latest space missions will be outlined, dealing with the advantages of using W-band in space communication systems. In the first part, an overview of the current projects involved in the study of W-band is shown, highlighting the reasons of its future widespread.

1 January 2007
Verified
Conference Paper
Closed access
Mauro De SanctisMauro De Sanctis
Mauro De Sanctis
TRTommaso Rossi
Tommaso Rossi
MLMarco Lucente
Marco Lucente
MRMarina Ruggieri
Marina Ruggieri
Daniele MortariDaniele Mortari
Daniele Mortari
DIDario Izzo
Dario Izzo
Flower Constellations are a particular set of satellite constellations where every satellite covers the same repeating space track. When the Flower Constellations are visualized on an Earth centered Earth fixed reference frame, the relative orbits show flower-shaped figures centered on the Earth. This innovative type of constellation presents features useful to be used in several applications, such as telecommunications, navigation, Earth science and interferometric radar. Several missions are foreseen to explore Mars in the next years to collect data in order to enhance our knowledge of the red planet. This effort requires the development of a reliable orbital infrastructure to support telecommunications with orbiters, landers and rovers. In this paper, a novel telecommunication architecture is presented, based on the previously introduced Flower Constellations. We designed an optimized Flower Constellation for the coverage of sites/regions of interest of the Mars surface. We proved that our proposed constellation provides better performance with respect to a reference constellation called 4retro 111 in terms of access duration and average gap time.

1 March 2010
Verified
Conference Paper
Closed access
Mauro De SanctisMauro De Sanctis
Mauro De Sanctis
TRTommaso Rossi
Tommaso Rossi
MLMarco Lucente
Marco Lucente
MRMarina Ruggirei
Marina Ruggirei
Daniele MortariDaniele Mortari
Daniele Mortari
This paper reviews some of the possible architectures that can be used for the deployment of Interplanetary Internet. In fact, the task of optimizing space system architectures is very complex, and it is not possible to design and analyze all possible configurations. Therefore, it is useful to have a clear vision of a large set of possible configurations, so that a remarkable subset can be extracted to allow the successive design optimization. We considered spacecrafts orbiting around the planets, spacecrafts orbiting around the sun and spacecrafts orbiting around a Lagrangian point. Furthermore, Flower constellations are considered as a viable tool to optimize the visibility of the network nodes.

1 March 2009
Verified
Conference Paper
Closed access
TRT. Rossi
T. Rossi
ECE. Cianca
E. Cianca
MLMarco Lucente
Marco Lucente
Mauro De SanctisMauro De Sanctis
Mauro De Sanctis
CSC. Stallo
C. Stallo
GCG. Codispoti
G. Codispoti
Broadband technologies are taking a predominant role in the emerging information society. In particular, broadband satellite communication systems, with their global access and broadcasting capabilities, are well suited to answer to the requirements of the information society. This paper focuses on the efforts that are currently spent toward the development of EHF (Extremely High Frequency) satellite communications systems. In particular, Q/V (35-75 GHz) and W (75-110 GHz) bands, represent an almost ldquofreerdquo spectrum resource that could be used to realize the so-called satellite gigabit-connectivity, in order to support innovative broadband applications. This paper presents the most important features of an experimental Q/V band satellite network based on the Alphasat TDP#5 (technology demonstration payload), an ongoing project, funded by the Italian space agency, that aims at carrying out communication and propagation experiments over a Q/V band satellite link.

1 January 2005
Verified
Conference Paper
Closed access
AJA. Jebril
A. Jebril
MLMarco Lucente
Marco Lucente
MRM. Ruggieri
M. Ruggieri
TRT. Rossi
T. Rossi
WAVE (W-Band Analysis and VErification) is a new project proposed for the Italian Space Agency (ASI) to design and develop a W-band geostationary payload aimed at the experimental studies of the W-band channel and possible utilization in satellite data communications. In this paper, an overall description of this mission is presented, in addition to the different atmospheric parameters that affect signal propagation. The overall attenuation at both uplink (81-86 GHz) and downlink (71-76 GHz) frequencies is briefly discussed introducing also the simulation results at the Earth stations of Rome and Spino D'Adda