A large fraction of the anticipated source detections by the Gamma-ray Large Area Space Telescope (GLAST-LAT) will initially be unidentified. We argue that traditional approaches to identify individuals and/or populations of gamma ray sources will encounter procedural limitations. Those limitations are discussed on the background of source identifications from EGRET observations. Generally, our ability to classify (faint) source populations in the anticipated GLAST dataset with the required degree of statistical confidence will be hampered by sheer source wealth. A new paradigm for achieving the classification of gamma ray source populations is discussed
New source classes are expected to appear in the GLAST/LAT Catalog. Here, the problems faced for the...
Over half of GeV gamma-ray sources observed by the EGRET experiment have not yet been identified as ...
High-energy gamma-ray sources are inherently nonthermal, multiwavelength objects. With the launch of...
A large fraction of the anticipated source detections by the Gamma-ray Large Area Space Telescope (G...
A large fraction of the detections to be made by the Gamma-ray Large Area Space Telescope (GLAST) wi...
A large fraction of the expected number of source detections of the forthcoming observatory Gamma-ra...
The third EGRET catalog contains a large number of unidentified sources. This subset of objects is e...
The characteristics of the largely-unidentified Galactic sources of gamma rays that were detected by...
We will be presenting updated results to our optical survey of the "error boxes" of EGRET unidentifi...
The identification of celestial gamma-ray sources with astronomical objects or object classes has re...
Population synthesis is used to study the contribution from undetected sources to the Galactic ridge...
The large majority of EGRET point sources remain to this day without an identified low-energy counte...
As was the case for COS B, the majority of high-energy (greater than 100 MeV) gamma-ray sources dete...
The Fermi Large Area Telescope (LAT) has detected hundreds of Galactic gamma-ray sources, most of th...
We discuss the ability of the GLAST Large Area Telescope (LAT) to identify, resolve, and study the h...
New source classes are expected to appear in the GLAST/LAT Catalog. Here, the problems faced for the...
Over half of GeV gamma-ray sources observed by the EGRET experiment have not yet been identified as ...
High-energy gamma-ray sources are inherently nonthermal, multiwavelength objects. With the launch of...
A large fraction of the anticipated source detections by the Gamma-ray Large Area Space Telescope (G...
A large fraction of the detections to be made by the Gamma-ray Large Area Space Telescope (GLAST) wi...
A large fraction of the expected number of source detections of the forthcoming observatory Gamma-ra...
The third EGRET catalog contains a large number of unidentified sources. This subset of objects is e...
The characteristics of the largely-unidentified Galactic sources of gamma rays that were detected by...
We will be presenting updated results to our optical survey of the "error boxes" of EGRET unidentifi...
The identification of celestial gamma-ray sources with astronomical objects or object classes has re...
Population synthesis is used to study the contribution from undetected sources to the Galactic ridge...
The large majority of EGRET point sources remain to this day without an identified low-energy counte...
As was the case for COS B, the majority of high-energy (greater than 100 MeV) gamma-ray sources dete...
The Fermi Large Area Telescope (LAT) has detected hundreds of Galactic gamma-ray sources, most of th...
We discuss the ability of the GLAST Large Area Telescope (LAT) to identify, resolve, and study the h...
New source classes are expected to appear in the GLAST/LAT Catalog. Here, the problems faced for the...
Over half of GeV gamma-ray sources observed by the EGRET experiment have not yet been identified as ...
High-energy gamma-ray sources are inherently nonthermal, multiwavelength objects. With the launch of...