G5-MODAL SPLIT Flashcards

1
Q

The third stage in travel demand modeling

A

MODAL SPLIT

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2
Q

modes make use of road space more efficiently than private transport.

A

PUBLIC TRANSPORT

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3
Q

-Highly flexible
-More comfortable and convenient travel
-Better accessibility

A

PRIVATE TRANSPORT

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4
Q

FACTORS INFLUENCING THE CHOICE OF MODE

A
  1. CHARACTERISTICS OF THE TRIP MAKER
  2. CHARACTERISTICS OF THE JOURNEY
  3. CHARACTERISTICS OF THE TRANSPORT FACILITY
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5
Q

-car availability and/or ownership;
-possession of a driving license;
-household structure (young couple, couple with children, retired people etc.);
-income;
-decisions made elsewhere, for example the need to use a car at work, take children to school, etc;
-residential density.

A

CHARACTERISTICS OF THE TRIP MAKER

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6
Q

-The trip purpose; for example, the journey to work is normally easier to undertake by public transport than other journeys because of its regularity and the adjustment possible in the long run;
-Time of the day when the journey is undertaken.
-Late trips are more difficult to accomAmodate by public transport.

A

CHARACTERISTICS OF THE JOURNEY

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7
Q

There are two types of factors. One is quantitative and the other is qualitative.

A

CHARACTERISTICS OF THE TRANSPORT FACILITY

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8
Q

-relative travel time: in-vehicle, waiting and walking times by each mode;
-relative monetary costs (fares, fuel and direct costs);
-availability and cost of parking

A

QUANTITATIVE FACTORS

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9
Q

-comfort and convenience
reliability and regularity
-protection, security

A

QUALITATIVE FACTORS

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10
Q

TYPES OF MODAL SPLIT MODELS

A

-TRIP-END MODAL SPLIT MODEL
-TRIP INTERCHANGE MODAL SPLIT MODEL
-LOGIT MODEL ANALYSIS
-BIINARY LOGIT MODEL
-MULTINOMIAL LOGIT MODEL

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11
Q

Traditionally, the objective of transportation planning was to forecast the growth in demand for car trips so that investment could be planned to meet the demand.

A

TRIP-END MODAL SPLIT MODEL

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12
Q

This is the post-distribution model that modal split is applied after the distribution stage.

A

TRIP INTERCHANGE MODAL SPLIT MODEL

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13
Q

model is the simplest form of mode choice, where the travel choice between two modes is made.

A

BIINARY LOGIT MODEL

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14
Q

Social benefits of public transport

A
  • Less congestion on the road
  • Less accidents
  • Travel at low cost
  • Fuel is used more efficiently
  • Having a particular schedule, frequency, etc.
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15
Q

In growth factor models, the are multiplied by growth factors to yield horizon year trip interchange.

A

BASE YEAR TRIP INTERCHANGES

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16
Q

This method utilized a different growth factor for each zone to predict inter zonal trips

A

AVERAGE GROWTH FACTOR METHOD

17
Q

It is one of the most important classic models in transport planning because of the key role played by public transport in policy making.

A

MODE CHOICE

18
Q

Mode choice is strongly influenced by two main factors.

A
  • TRIP PURPOSE
  • TIME OF THE DAY
19
Q

characteristics of transport facility

A
  • RELATIVE TRAVEL TIME
  • RELATIVE MONETARY COST
  • AVAILABILITY AND COST OF PARKING
20
Q

A process used in transportation planning where traffic volumes are assigned in steps or increments.

A

INCREMENTAL ASSIGNMENT

21
Q

It attempts to approximate an equilibrium solution by iterating between all-or-nothing traffic loadings and recalculating link travel times based on a congestion function that reflects link capacity.

A

CAPACITY RESTRAINT ASSIGNMENT

22
Q

It is a transportation planning and geographic information system (GIS) software developed by Caliper Corporation.

A

TRANSCAD