Regional Allocation of Investment as a Hierarchical Optimization Problem
نویسندگان
چکیده
The problem of investment allocation between regions has been studied in the sixties using the techniques of modern control theory [e.g., Rahman (1963), Intriligator (1964), Takayama (1974)]. All these studies used constant capital-output ratio for the production function and a finite horizon optimization problem. Pitchford (1977) discussed extension to general production function and infinite planning horizon. The solutions discussed in Takayama (1974) under various criteria functionals were 'bang-bang' in character, with the possibility of one switch. This strategy is somewhat academic, r-articularly in the context of planning in an underdeveloped country where d',lal economy prevails. If the purpose of the central planning board is to maximize the percapita consumption over the whole planning period, it may quite well be optimal to invest all the savings in the advanced sector of the economy. The recent debate on development planning convincingly shows the fallacy of such a policy. The work of Todaro (1969) is particularly illustrative in this context. Myrdal (1968) and Singer (1975) advocated different type of criteria which would reflect some kind of transfer of actual consumption from the advanced to the traditional sector of the economy. The transfer of too much of the development fund to the traditional sector is, however, not politically possible when one realizes that most of this capital comes out of the savings incurred in the advanced sector of the economy. To introduce this aspect to the problem, we do not consider the savings rate of the advanced sector fixed, as assumed in Takayama (1974). We reforrr.,ulate the problem where the advanced region has the flexibility to choose its savings strategy once it knows the allocation decision
منابع مشابه
Developing a New Bi-Objective Functions Model for a Hierarchical Location-Allocation Problem Using the Queuing Theory and Mathematical Programming
In this research, a hierarchical location-allocation problem is modeled in a queue framework. The queue model is considered as M/M/1/k, in which system capacity is finite, equals to k. This is the main contribution of the current research. Customer's enters to the system in order to find the service according to a Poisson. In this problem, the hierarchical location-allocation model is considere...
متن کاملFACTS Devices Allocation to Congestion Alleviation Incorporating Voltage Dependence of Loads
This paper presents a novel optimization based methodology to allocate Flexible AC Transmission Systems (FACTS) devices in an attempt to improve the previously mentioned researches in this field. Static voltage stability enhancement, voltage profile improvement, line congestion alleviation, and FACTS devices investment cost reduction, have been considered, simultaneously, as objective funct...
متن کاملOptimal portfolio allocation with imposed price limit constraint
Daily price limits are adopted by many securities exchanges in countries such as the USA, Canada, Japan and various other countries in Europe and Asia, in order to increase the stability of the financial market. These limits confine the price of the financial asset during all trading stages of any trading day to a range, usually determined based on the previous day’s closing price. In this pape...
متن کاملFuzzy Hierarchical Location-Allocation Models for Congested Systems
There exist various service systems that have hierarchical structure. In hierarchical service networks, facilities at different levels provide different types of services. For example, in health care systems, general centers provide low-level services such as primary health care services, while the specialized hospitals provide high-level services. Because of demand congestion in service networ...
متن کاملThe Reliable Hierarchical Location-allocation Model under Heterogeneous Probabilistic Disruptions
This paper presents a novel reliable hierarchical location-allocation model where facilities are subject to the risk of disruptions. Based on the relationship between various levels of system, a multi-level multi-flow hierarchy is considered. The heterogeneous probabilistic disruptions are investigated in which the constructed facilities have different site-dependent and independent failure rat...
متن کامل