Accession Number:

ADA525245

Title:

Micro and Pico Satellites in Maritime Interdiction Operations

Descriptive Note:

Conference paper

Corporate Author:

NAVAL POSTGRADUATE SCHOOL MONTEREY CA GRADUATE SCHOOL OF OPERATIONAL AND INFORMATION SCIENCES

Report Date:

2010-06-01

Pagination or Media Count:

30.0

Abstract:

In a complex maritime environment it is pivotal to localize, verify, search, track, and tag maritime assets that might travel through critical sea lines of communication while transferring sensitive cargo materials. In the emerging environment of network-controlled Maritime Interdiction Operations MIO, tagging and tracking of hazardous non-proliferation materials that are transported by small craft around the world, remains one of the major technological and operational challenges. The emerging technology of Micro and Pico small satellites represents a unique tactical capability for extending small craft surveillance, by the introduction of a network into the low orbit, thereby maintaining ubiquitous situational awareness between the partners in the maritime patrol areas as well as remote expert and command centres around the globe. The goal of this paper is to explore how the unique capabilities of Cube and Tubesat small satellites could be applied to improve the MIO networking of tagging, tracking, and data sharing with remote expert sites. The Tactical Network Testbed TNT and innovative experimentation MIO process TNT MIO developed at the Naval Postgraduate School represents the platform for the study. We analyze capabilities and existing applications of small satellite technology to the maritime awareness tasks. Based on this analysis, we develop a set of Cube and Tube satellite integration experiments, enabling enhanced tagging, tracking, and global data sharing solutions for emerging network-controlled scenarios. In the proposed experiments, globally distributed players will be located by using Cube or Tube satellite capability. The participants will evaluate the feasibility of applying Cube and Tube satellite data channels to the real-time sensor data sharing with remote subject matter experts. Results of the proposed experiments would allow development of a new concept of shared maritime interdiction operations based on satellite capabilities.

Subject Categories:

  • Military Intelligence
  • Naval Surface Warfare
  • Unmanned Spacecraft

Distribution Statement:

APPROVED FOR PUBLIC RELEASE