Difference between revisions of "Vision"

From Icctwiki
Jump to: navigation, search
(New page: ==Terms of Reference== The InterCommission Committee on Theory (ICCT) was formally approved and established after the IUGG XXI Assembly in Sapporo, 2003, to succeed the former IAG Section...)
 
(Objectives)
(6 intermediate revisions by 2 users not shown)
Line 1: Line 1:
 
==Terms of Reference==
 
==Terms of Reference==
  
The InterCommission Committee on Theory (ICCT) was formally approved and established after the IUGG XXI Assembly in Sapporo, 2003, to succeed the former IAG Section IV on General Theory and Methodology and, more importantly, to interact actively and directly with other IAG entities. As a result of this restructuring, and recognizing that geodetic observing systems have advanced to such an extent that geodetic measurements
+
The Inter-Commission Committee on Theory (ICCT) was formally approved and established after the IUGG XXI Assembly in Sapporo, 2003, to succeed the former IAG Section IV on General Theory and Methodology and, more importantly, to interact actively and directly with other IAG entities, namely commissions, services and the Global Geodetic Observing System (GGOS). In accordance with the IAG by-laws, the first two 4-year periods were reviewed in 2011. IAG approved the continuation of ICCT at the IUGG XXIII Assembly in Melbourne, 2011. At the IUGG XXIV Assembly in Prague, 2015, ICCT became a permanent entity within the IAG structure.
  
# are now of unprecedented accuracy and quality, can readily cover a region of any scale up to tens of thousands of kilometres, yield nonconventional data types, and can be provided continuously; and
+
Recognizing that observing systems in all branches of geodesy have advanced to such an extent that geodetic measurements (i) are now of unprecedented accuracy and quality, can readily cover a region of any scale up to tens of thousands of kilometres, yield non-conventional data types, and can be provided continuously; and (ii) consequently, demand advanced mathematical modelling in order to obtain the maximum benefit of such technological advance, ICCT (1) strongly encourages frontier mathematical and physical research, directly motivated by geodetic need and practice, as a contribution to science and engineering in general and theoretical foundations of geodesy in particular; (2) provides the channel of communication amongst different IAG entities of commissions, services and projects on the ground of theory and methodology, and directly cooperates with and supports these entities in the topical work; (3) helps IAG in articulating mathematical and physical challenges of geodesy as a subject of science and in attracting young talents to geodesy. ICCT strives to attract and serve as home to all mathematically motivated and oriented geodesists as well as to applied mathematicians; and (4) encourages closer research ties with and gets directly involved in relevant areas of Earth sciences, bearing in mind that geodesy has always been playing an important role in understanding the physics of the Earth.
# consequently, demand advanced mathematical modelling in order to obtain the maximum benefit of such technological advance, the ICCT
 
## strongly encourages frontier mathematical and physical research, directly motivated by geodetic need/practice, as a contribution to science/engineering in general and the foundations of geodesy in particular;
 
## provides the channel of communication amongst the different IAG entities of commissions/ services/projects on the ground of theory and methodology, and directly cooperates with and supports these entities in the topic-oriented work;
 
## helps the IAG in articulating mathematical and physical challenges of geodesy as a subject of science and in attracting young talents to geodesy. The ICCT should strive to attract and serve as home to mathematically motivated/oriented geodesists and to applied mathematicians; and
 
## encourages closer research ties with and gets directly involved in relevant areas of the Earth sciences, bearing in mind that geodesy has been always playing an important role in understanding the physics of the Earth.
 
  
 
==Objectives==
 
==Objectives==
  
The main objectives of the ICCT are
+
The overall objectives of the ICCT are
 +
• to act as international focus of theoretical geodesy <br />
 +
• to encourage and initiate activities to advance geodetic theory in all branches of geodesy <br />
 +
• to monitor developments in geodetic methodology <br />
 +
To achieve these objectives, ICCT interacts and collaborates with the IAG Commissions, GGOS and other IAG related entities (services, projects).
  
* to be the international focal point of theoretical geodesy,
+
==Program of Activities==
* to encourage and initiate activities to further geodetic theory,
+
The ICCT's program of activities include
* to monitor research developments in geodetic modelling.
+
participation as (co-)conveners of geodesy sessions at major conferences (IAG, EGU, AGU, …),
 
+
organization of a Hotine-Marussi symposium,
To achieve these objectives, the ICCT interacts and collaborates with the IAG Commissions and other IAG related entities (services, projects).
+
initiation of a summer school on theoretical geodesy,
 +
maintaining a website for dissemination of ICCT related information.

Revision as of 11:12, 24 April 2016

Terms of Reference

The Inter-Commission Committee on Theory (ICCT) was formally approved and established after the IUGG XXI Assembly in Sapporo, 2003, to succeed the former IAG Section IV on General Theory and Methodology and, more importantly, to interact actively and directly with other IAG entities, namely commissions, services and the Global Geodetic Observing System (GGOS). In accordance with the IAG by-laws, the first two 4-year periods were reviewed in 2011. IAG approved the continuation of ICCT at the IUGG XXIII Assembly in Melbourne, 2011. At the IUGG XXIV Assembly in Prague, 2015, ICCT became a permanent entity within the IAG structure.

Recognizing that observing systems in all branches of geodesy have advanced to such an extent that geodetic measurements (i) are now of unprecedented accuracy and quality, can readily cover a region of any scale up to tens of thousands of kilometres, yield non-conventional data types, and can be provided continuously; and (ii) consequently, demand advanced mathematical modelling in order to obtain the maximum benefit of such technological advance, ICCT (1) strongly encourages frontier mathematical and physical research, directly motivated by geodetic need and practice, as a contribution to science and engineering in general and theoretical foundations of geodesy in particular; (2) provides the channel of communication amongst different IAG entities of commissions, services and projects on the ground of theory and methodology, and directly cooperates with and supports these entities in the topical work; (3) helps IAG in articulating mathematical and physical challenges of geodesy as a subject of science and in attracting young talents to geodesy. ICCT strives to attract and serve as home to all mathematically motivated and oriented geodesists as well as to applied mathematicians; and (4) encourages closer research ties with and gets directly involved in relevant areas of Earth sciences, bearing in mind that geodesy has always been playing an important role in understanding the physics of the Earth.

Objectives

The overall objectives of the ICCT are • to act as international focus of theoretical geodesy
• to encourage and initiate activities to advance geodetic theory in all branches of geodesy
• to monitor developments in geodetic methodology
To achieve these objectives, ICCT interacts and collaborates with the IAG Commissions, GGOS and other IAG related entities (services, projects).

Program of Activities

The ICCT's program of activities include participation as (co-)conveners of geodesy sessions at major conferences (IAG, EGU, AGU, …), organization of a Hotine-Marussi symposium, initiation of a summer school on theoretical geodesy, maintaining a website for dissemination of ICCT related information.