Skip to content
Free planNo credit card requiredStart writing
AI for Research home
AI for Research home
Dashboard
Sign inGet started

Search 250 million research papers

Read the abstract, see who wrote it and who cites it, and get the citation in APA, MLA, Chicago or Harvard.

About 10,000 papers for “prototype development”

ADVANCED DEVELOPMENT PROTOTYPE

Jules I. Schwartz · 1968

Abstract : The report describes ADEPT--a comprehensive information-processing system implemented at SDC for operation on IBM 360 computers. The report includes an overview of the current status of the system, and a detailed description of the three major components of ADEPT; a time-sharing executive, a data management component (consisting mainly of the Time-Shared Data Management System), and a programmer's package, which includes a JOVIAL compiler, editing debugging, and utility programs, a teletype interpreter (TINT), and an Interactive Programming Support System. Also included in this document are the names of staff members assigned to each of the three major project areas, as well as a listing of the documents produced in each area during this reporting period. Upon request, referenced documents will be made available to appropriate organizations.

Cited by 0

Throttle prototype development

Segarra Rodríguez, Aleix · RECERCAT (Consorci de Serveis Universitaris de Catalunya)

The throttle is a very important mechanism to control the thrust of the engines in the aviation world. From a little Cessna 172 to massive airbus 380 everyone uses it. In this project using advanced technologies like CAD modeling, simulations and 3d printing, it will cover the most of the development process for a prototype. From the initial concepts and ideas, test and experimentation to a physical prototype will be a large period of analysis, creativity and perseverance to make something from the scratch. Development methodology will be an important feature for the success of the product. Design → test→ analyze→resolve In the market there are a lot of product with deficiencies in some aspects like non smooth axis and bad flight detents, the objective is to built the Throttle I always wanted to had. The systems to design are: -Stand→solid base for all the components -Axis→allow smooth rotation -Friction regulation→user can regulate the force needed to rotate the axis -Flight detents→ throttle has some fixed positions -Grip→ user interface (hand) -Position control→ system to track and transmit the axis/ lever position With the help of 3D printing, prototype will be manufactured, components will need to be tested and analyzed for a optimal functionality. For a design structural optimization, using NX CAE (finite elements), a simulation model will be created and adjusted from physical test results. With that model structural countermeasures can be analyzed before any physical prototype.

Cited by 0Open access

WEBS PROTOTYPE DEVELOPMENT.

Defense Technical Information Center (DTIC) · 1966

A deep ocean buoy system has been developed for the purpose of collecting and recording nuclear weapons effects data from over-water nuclear tests. In this report, the design philosophy and construction details of the prototype Weapons Effects Buoy Systems (WEBS) are discussed. The conclusions, based on the prototype development, are that 10 systems should be built and that with slight modifications the prototype design should be used. (Author)

Cited by 0

Bycicle ABS prototype development

R, Jakab, Enisz, Krisztián, V, Hauptmann et al. · Repository of the Academy's Library (Library of the Hungarian Academy of Sciences) · 2011

The passive and also the active safety systems of the vehicles were developed in the last decades. Beside the safety system of cars and trucks the smaller vehicles (like the motorbikes, scooters, e-bikes and bicycles) were developed as well. By emergency or persistent braking the wheel can lock making it impossible to steer the vehicle. The aim of the project was to create and develop a prototype bicycle that uses a hydraulic type anti-lock braking system called ABS.

Cited by 0

Smart Insole Prototype Development

Reese, Evan, Daniels, Ben · Exhibit - A Showcase of Scholarship, Creativity and Preservation Provided by Xavier University Library (Xavier University) · 2025

This project presents the development of a smart insole designed to measure plantar pressure distribution. The research began by replicating a design by Voltera for a primitive smart insole to grasp the circuitry and process needed to construct the final prototype. The design consisted of three layers. A protective layer of paper was placed at the top, the second layer was a pressure sensitive carbon sheet (Velostat), and the bottom layer was silver tracings printed by the Voltera NOVA on a plastic substrate. By applying varying amounts of pressure on the system, data was observed using a Micro:bit and its software. Following the success of this initial experiment, a final prototype was constructed. This final prototype uses an array of force sensitive resistors (FSRs) to more accurately map pressure data. Each FSR was connected through a custom circuit printed by the Voltera NOVA to an Arduino for data analysis. Due to time constraints, a complete functional system wasn’t produced. However, further development and research are planned.

Cited by 0

Affective Interactional Prototype Development

Kiraz Candan Herdem · 2016

Social media services, such as Twitter, facilitate social interaction between friends providing a method to share of the information of their actions and states of mind. At times when emotions are running high, some people may benefit from the help of their friends. If people are aware of emotional states of their friends, they can start a conversation to understand why they feel like that and how to support them. I study on a new interaction method for the awareness of emotions and to manage the emotional states. This paper presents one part of my study that aims to help mobile users to interact offline with their friends when they need emotional support. Emotions of mobile users will be detected with the new emotion detection method in development.

Cited by 0

Prototype Development and Performance

V. A. Polychronakos, V. A. Polychronakos · 1993

for the CSC Group A series of interpolating Cathode Strip Chamber(CSC) prototypes have been constructed in our effort to develop the CSC technology for application to the Muon System for GEM. These

Cited by 0

PtDA prototype development process.

Amy C. Barradell (19443284), Hilary L. Bekker (6759845), Linzy Houchen-Wolloff (7390946) et al. · Figshare · 2024

<p>SDM = shared decision making, PtDA = patient decision aid, PR = pulmonary rehabilitation, COPD = chronic obstructive pulmonary disease, HCPs = healthcare professionals.</p>

Cited by 0Open access

Development of Game Prototype

Evlannikov, Sergey · Theseus (Ammattikorkeakoulujen) · 2014

The study is dedicated to game prototype development. The development process is con-sidered from the standpoint of a programmer, game designer and artist. The goal of the study was to prepare a ready game prototype. The paper describes the process of creation of a game prototype using the Unity 3D engine. Also, a lot of attention is paid to the game design part.\nThe study was carried out by using an iterative development approach. First, the concept of the game is described in detail. Then, the subsequent iteration of development is described. Also the parts not included in the prototype are covered.\nThe aim of the study is to be of use to those who study the development of games and novice developers in general.

Cited by 0Open access

WISPFI Experiment: Prototype Development

Josep Maria Batllori, Michael H. Frosz, D. Horns et al. · 2025

Axions and axion-like particles (ALPs) are well-motivated dark matter (DM) candidates that couple with photons in external magnetic fields. The parameter space around m a ∼ 50 meV remains largely unexplored by haloscope experiments. We present the first prototype of Weakly Interacting Sub-eV Particles (WISP) Searches on a Fiber Interferometer (WISPFI), a table-top, model-independent scheme based on resonant photon–axion conversion in a hollow-core photonic crystal fiber (HC-PCF) integrated into a Mach–Zehnder interferometer (MZI). Operating near a dark fringe with active phase-locking, combined with amplitude modulation, the interferometer converts axion-induced photon disappearance into a measurable signal. A 2 W, 1550 nm laser is coupled with a 1 m-long HC-PCF placed inside a ∼2 T permanent magnet array, probing a fixed axion mass of m a ≃ 49 meV with a projected sensitivity of g a γ γ ≳ 1.3× 10 − 9 GeV−1 for a measurement time of 30 days. Future upgrades, including pressure tuning of the effective refractive index and implementation of a Fabry–Pérot cavity, could extend the accessible mass range and improve sensitivity, establishing WISPFI as a scalable platform to explore previously inaccessible regions of the axion parameter space.

Cited by 0Open access

Speech Compression Prototype Development

Judith Bruckner, Michael McCammon · 1977

Abstract : This report covers work performed by Culler/Harrison, Inc. (CHI) under contract no. MDA903-77-C-0220 for the period May 1, 1977 to December 31, 1977. During this period, Culler/Harrison, Inc. has analyzed trace recordings of network voice conferences to determine the nature of delays and range of variations in network transit time, and implemented an automatic delay adjustment algorithm to enhance reproductive quality.

Cited by 0

Laser radar prototype development

O. Kahramangil, Atilla Dikici, S. Dortkardesler et al. · 2004

High power lines, pylons, towers and other obstacles endanger helicopters flying at low or ground hugging altitudes. A design and prototype development activity for a laser radar system was initiated with NATO-WEAG support in 1999. The participants are the leading defence industries and institutions of Turkey, Portugal and Italy. Principles of operation, system parameters, and integration and test activities of the optics and scanning module, which is an ASELSAN responsibility, are explained.

Cited by 0

PROTOTYPE DEVELOPMENT FOR METEOROLOGICAL INSTRUMENTS.

Sing,Calvin Y., B. J. Thompson, Anthony F Souza · Defense Technical Information Center (DTIC) · 1964

Three types of instruments have been designed, fabricated, and tested for measuring various meteorological parameters: 1. A raindrop spectrometer using the principle of right-angle scattering of light is capable of resolving raindrops 0.2 mm to 5 mm diameter to within a precision of = 10% while maintaining a counting rate of at least 100 drops per second. It has been designed to fit within the envelope of an external wing tank for the C-130 type aircraft. 2. A liquid-water-content meter that uses a capillary collector head for collecting the water was completely automated for unattended operation in the field. This instrument was fully tested at the AFCRL Fog Field Site at Otis Air Force Base, Massachusetts, during the period from July through September of l963. 3. A droplet disdrometer utilizing the coherent light available from an optical maser (laser) to illuminate the water droplets in fog was developed to determine the size and distribution of the particles. The light illuminating these droplets was diffracted into rings, which were photographed. The size and distribution of the droplets were then determined from these ring patterns on the film. This instrument was also tested at the AFCRL field site. (Author)

Cited by 0

Development of a Hovercraft Prototype

Okafor B. E · 2015

The design and development of a hovercraft prototype with full hovercraft basic functions is reported. The design process is quite similar to that of boat and aircraft. In-depth research was carried out to determine the components of a hovercraft system and their basic functions; and in particular its principle of operation. Detailed design analysis was done to determine the size of component parts, quite in accordance with relevant standard requirements as applicable in the air cushion model. Test performance was carried out and the prototype was found to meet design expectations giving an air cushion of 0.5 inch. The test performance result gave an efficiency of 69 % for the design. Further research is recommended to improve on the efficiency of the craft.

Cited by 0