The evaluation of the round trip time (τ) still forms the basis for the design of elevator traffic
systems. The elevator round trip time is the time taken for the elevator to complete a full cycle …

This work proposes an Internet-of-Things (IoT) device for remote elevator control. The new
contribution of this proposal to the state-of-the-art is that it can convert a manually operated …

Lift traffic design can employ calculation or simulation methods. Calculation can be split into
main categories: analytical equation-based methods and numerical methods. Simulation …

Monte Carlo simulation can be used to evaluate the output value for problems that have a
number of random inputs, whereby the probability density functions of the input random …

The concept of an idealised optimal benchmark (IOB) is used in many engineering
disciplines. An example of an IOB from the area of thermodynamics is the formula for …

This study is exploring the role of Eco-friendly elevators in literature based on an analysis of
113 papers published in scholarly journals drawn from the Scopus database. This is the first …

The conventional design methodology for elevator traffic analysis has been applied to the
case of up-peak traffic (or incoming traffic conditions). The only user requirements are …

A previous paper introduced the concept of the HARint plane, which is a tool to visualise the
optimality of an elevator design. This paper extends the concept of the HARint plane to the …

The round trip time is the basis for designing elevator systems. There are a number of
different methods for calculating the round trip time, whether analytical or numerical. As the …

Elevator traffic system design has been traditionally based on rules of thumb and the
designer's judgement and expertise. This is especially true for high-rise buildings. This …