Strategic alliances. How to make them succeed

Mitjançant aquest treball hem analitzat com en aquest temps en què la internacionalització és un fet necessari i les empreses volen globalitzar, aquestes decideixen unir-se per tal d'aconseguir. Aquí analitzem els diferents tipus d'unió possible centrant-nos més específicament en les aliances estratègiques però veient també les adquisicions. Primer analitzem quan és més convenient aliar-se amb una empresa o adquirir-la. Això ho portarem a terme mitjançant el desenvolupament d'una sèrie d'elements a tenir en compte. Un cop vist això, analitzem els principals motius pels quals les empreses decideixen aliar-se, entre els quals destaquen l'obtenció de coneixement i recursos. A més analitzem les diferents variants d'aliança estratègica com són les llicències, franquícies, contractes de recerca i desenvolupament, Joint Ventures, etc. i quan és més convenient desenvolupar una o una altra. En aquest treball, ja que com veurem les aliances tendeixen a fracassar ja que les empreses no les implementen correctament o no dediquen el temps suficient a analitzar l'entorn i les condicions per veure quina estratègia li convé més a l'empresa, analitzarem els elements necessaris per fer-les funcionar i els factors claus d'èxit d'aquestes aliances com ara l'experiència, la reputació, la confiança, els objectius clars, el Know-how, la cultura ... A més en aquest treball analitzem el cas de l'aliança estratègica sorgida entre Disney i Pixar el 1991. Aquest anàlisi el duem a terme tenint en compte els factors que Dyer et. al. esmentà en el seu estudi. Aquest anàlisi el realitzem amb l'objectiu de conèixer si l'aliança realitzada per ambdues empreses va ser una estratègia encertada o si per contra deurien haver dut a terme una altra estratègia, la qual els hauria aportat més beneficis.

SAT Modulo Linear Arithmetic for Solving Polynomial

Polynomial constraint solving plays a prominent role in several areas of hardware and software analysis and verification, e.g., termination proving, program invariant generation and hybrid system verification, to name a few. In this paper we propose a new method for solving non-linear constraints based on encoding the problem into an SMT problem considering only linear arithmetic. Unlike other existing methods, our method focuses on proving satisfiability of the constraints rather than on proving unsatisfiability, which is more relevant in several applications as we illustrate with several examples. Nevertheless, we also present new techniques based on the analysis of unsatisfiable cores that allow one to efficiently prove unsatisfiability too for a broad class of problems. The power of our approach is demonstrated by means of extensive experiments comparing our prototype with state-of-the-art tools on benchmarks taken both from the academic and the industrial world.

Creation and Validation of Chronojump-Boscosystem: A Free Tool to Measure Vertical Jumps

Measuring the height of the vertical jump is an indicator of the strength and power of the lower body. The technological tools available to measure the vertical jump are black boxes and are not open to third-party verification or adaptation. We propose the creation of a measurement system called Chronojump-Boscosystem, consisting of open hardware and free software. Methods: A microcontroller was created and validated using a square wave generator and an oscilloscope. Two types of contact platforms were developed using different materials. These platforms were validated by the minimum pressure required for activation at different points by a strain gauge, together with the on/off time of our platforms in respect of the Ergojump-Boscosystem platform by a sample of 8 subjects performing submaximal jumps with one foot on each platform. Agile methodologies were used to develop and validate the software. Results: All the tools fall under the free software / open hardware guidelines and are, in that sense, free. The microcontroller margin of error is 0.1%. The validity of the fiberglass platform is 0.95 (ICC). The management software contains nearly 113.000 lines of code and is available in 7 languages.

Remote Control of Mobile Devices in Android Platform

Remote control systems are a very useful element to control and monitor devices quickly and easily. This paper proposes a new architecture for remote control of Android mobile devices, analyzing the different alternatives and seeking the optimal solution in each case. Although the area of remote control, in case of mobile devices, has been little explored, it may provide important advantages for testing software and hardware developments in several real devices. It can also allow an efficient management of various devices of different types, perform forensic security tasks, etc ... The main idea behind the proposed architecture was the design of a system to be used as a platform which provides the services needed to perform remote control of mobile devices. As a result of this research, a proof of concept was implemented. An Android application running a group of server programs on the device, connected to the network or USB interface, depending on availability. This servers can be controlled through a small client written in Java and runnable both on desktop and web systems.

Cap mòbil amb tecnologia led RGBW controlat per DMX

Disseny tant a nivell de hardware com de software d’un cap mòbil amb tecnologia led RGBW controlat pel protocol DMX512. Aquest projecte es limita al disseny i a la realització de tots els elements de software i hardware necessaris per crear un prototipus de cap mòbil que pugui ser controlat mitjançant el protocol DMX. Per tant, està encarat completament cap a la vessant electrònica i de programació sense fer referència als materials i elements constructius utilitzats o sobre el disseny i estètica del producte

A Secure Mobile-based Authentication System

Financial information is extremely sensitive. Hence, electronic banking must provide a robust system to authenticate its customers and let them access their data remotely. On the other hand, such system must be usable, affordable, and portable.We propose a challengeresponse based one-time password (OTP) scheme that uses symmetriccryptography in combination with a hardware security module. The proposed protocol safeguards passwords from keyloggers and phishing attacks.Besides, this solution provides convenient mobility for users who want to bank online anytime and anywhere, not just from their owntrusted computers.

Legal Issues for FOSS-based Supply Chain Management ¿ Black Duck Software

Open source is typically outside of normal commercial software procurement processes.The Challenges.Increasingly diverse and distributed set of development resources.Little/no visibility into the origins of the software.Supply Chain Comparison: Hardware vs Software.Open source has revolutionized the mobile and device landscape, other industries will follow.Supply chain management techniques from hardware are useful for managing software.SPDX A standard format for communicating a software Bill of Materials across the supply chain.Effective management and control requires training, tools, processes and standards.

Update on FOSS before the courts

The presentation reflects on French and Italian case law that, in recent years, has dealt with free software from two different angles: public procurement and consumer protection against joint sales of hardware and software.

Installation Information requirements in the GPLv3 and LGPLv3

One of the major changes introduced in the GPLv3 and LGPLv3 is the clause preventing "tivoisation". Richard Stallman defines Tivoisation as "the practice of designing hardware so that a modified version cannot function properly". In this presentation we will go through the reasons of why the information installation requirement was introduced, how you can comply with this requirement and why you may want to think about it now rather than later.

A Middleware architecture for Unmanned Aircraft Avionics

An Unmanned Aerial Vehicle is a non-piloted airplane designed to operate in dangerous and repetitive situations. With the advent of UAV's civil applications, UAVs are emerging as a valid option in commercial scenarios. If it must be economically viable, the same platform should implement avariety of missions with little reconguration time and overhead.This paper presents a middleware-based architecture specially suited to operate as a exible payload and mission controller in a UAV. The system is composed of low-costcomputing devices connected by network. The functionality is divided into reusable services distributed over a number ofnodes with a middleware managing their lifecycle and communication.Some research has been done in this area; yetit is mainly focused on the control domain and in its realtime operation. Our proposal differs in that we address the implementation of adaptable and reconfigurable unmannedmissions in low-cost and low-resources hardware.

Enhanced MDIR receiver for space-time dispersive channels

A particular property of the matched desiredimpulse response receiver is introduced in this paper, namely,the fact that full exploitation of the diversity is obtained withmultiple beamformers when the channel is spatially and timelydispersive. This particularity makes the receiver specially suitablefor mobile and underwater communications. The new structureprovides better performance than conventional and weightedVRAKE receivers, and a diversity gain with no needs of additionalradio frequency equipment. The baseband hardware neededfor this new receiver may be obtained through reconfigurabilityof the RAKE architectures available at the base station. Theproposed receiver is tested through simulations assuming UTRAfrequency-division-duplexing mode.

Touching the void: exploring virtual objects through a vibrotactile glove

This paper describes a simple low-cost approach toadding an element of haptic interaction within a virtualenvironment. Using off-the-shelf hardware and software wedescribe a simple setup that can be used to explore physically virtual objects in space. This setup comprises of a prototype glove with a number of vibrating actuators to provide the haptic feedback, a Kinect camera for the tracking of the user's hand and a virtual reality development environment. As proof of concept and to test the efficiency of the system as well as its potential applications, we developed a simple application where we created 4 different shapes within a virtual environment in order to try toexplore them and guess their shape through touch alone.

A programming environment having three levels of complexity for mobile robotics = Entorno de programación con tres niveles de complejidad para robótica móvil

This paper presents a programming environment for supporting learning in STEM, particularly mobile robotic learning. It was designed to maintain progressive learning for people with and without previous knowledge of programming and/or robotics. The environment was multi platform and built with open source tools. Perception, mobility, communication, navigation and collaborative behaviour functionalities can be programmed for different mobile robots. A learner is able to programme robots using different programming languages and editor interfaces: graphic programming interface (basic level), XML-based meta language (intermediate level) or ANSI C language (advanced level). The environment supports programme translation transparently into different languages for learners or explicitly on learners’ demand. Learners can access proposed challenges and learning interfaces by examples. The environment was designed to allow characteristics such as extensibility, adaptive interfaces, persistence and low software/hardware coupling. Functionality tests were performed to prove programming environment specifications. UV BOT mobile robots were used in these tests

WiBed, A Platform for Commodity Wireless Testbeds

Testbeds are a stage between the simulation and the production stages. To this end they must be as close as possible to production environments (i.e. real hardware, on the field deployments) while also keeping the traits of experimentation facilities (i.e. fault tolerance, ease of deployment, testing and data collection). This paper presents WiBed, a FOSS platform for WiFi testbeds based on OpenWRT Linux made to run oncommodity IEEE802.11 WiFi routers part of the Community-lab.net project, a global testbed for Community networks. WiBedhas been designed to support realistic low layer network exper-iments (according to the OSI model). This work recolects thedetails of the architecture, design and implementation of WiBed consolidated during its operation as a testbed. In addition to a set of routing experimentation results obtained during the Wireless Battlemesh v7 where WiBed was used as testbed platform.

Disseny de firmware per mòdul USB de microcontroladors PIC

Disseny o programació d'un codiinformàtic (firmware) que controli el mòdul USB d'un microcontrolador PIC per poder serutilitzat com a base o punt de partida pel disseny d'aplicacions senzilles, on la necessitatprincipal sigui l'intercanvi de dades entre un ordinador personal i un hardware microcontrolat.Es parteix d'un coneixement bàsic del protocol USB, sense ésser necessari conèixer enprofunditat el funcionament d'aquesta interfície de comunicació, qüestió que per altra bandano és necessària perquè les especificacions són molt àmplies i recullen molts supòsits defuncionament específics que no seran d'aplicació per la majoria de dissenys.Per assolir l'objectiu fixat, s'ha orientat el projecte a desenvolupar una aplicacióconcreta per tal d’ acotar els paràmetres defuncionament de la interfície USB, ja que les especificacions són molt àmplies i cal focalitzarel nostre interés per saber quines parts d'aquestes especificacions ens seran d'aplicació, també per les possibilitats que dona de control, detecció i correcció d'errors, en saber quina finalitates persegueix i com es suposa que ha de funcionar la nostra aplicació. I com a última raó, haver desenvolupat una aplicació, és també una garantia de funcionamentdel codi resultant i permet demostrar que s'ha assolit l'objectiu inicial.L'aplicació escollida a dissenyar en aquest projecte és un lector electrònic de targetes ambxip integrat (com les bancàries o identificatives) amb un microcontrolador PIC amb mòdulUSB, de manera que, des d’un ordinador i via el port USB, es puguin enviar comandes aaquest tipus de targetes i rebre les corresponents respostes