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2009-10-29
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Stanislav Tsvetajev
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1. OBJECT-ORIENTED PARADIGM The Model •The model defines an abstract view to the problem. This implies that the model focuses only on problem related stuff and that you try to define properties of the problem. These properties include: 1 •the data which are affected and 2 •the operations which are identified by the problem. Object-oriented Paradigm •Everything is an object •A program is a bunch of objects telling each other what to do by sending messages •Each object has its own memory made up of other objects •Every object has a type •All objects of a particular type can receive the same messages Domain Model •A domain model does not represent the entire domain as it is in the real world. It includes only the concepts that are needed to support the application. Object •Is a partitioned area of memory where object code is stored •The area of memory is protected •This code can function relatively independently of other objects •Can be used b
SOA o A service-oriented architecture (SOA) is an architectural pattern in computer software design in which application components provide services to other components via a communications protocol, typically over a network. The principles of service-orientation are independent of any vendor, product or technology. o Kasutab XMLi sõnumivahetuseks o Võimalus integreeride süsteeme Service-oriented architecture (SOA) Arhitektuur, mis kasutab – teenuseid organisatsiooni integrastiooni ehitusklotsidena – komponentide taaskasutust läbi nõrga seotuse. SOA: On arhitektuur Mingi hulga teenuste tegemine ei anna meile SOA-d. Arhitektuur peab andma meile juhised teenuste loomiseks. SOA: Ehitatakse teenustest Nagu objekt-orienteeritud maailmas on objekt/klass nii on SOA-s teenuses peamine komponent.
INTRODUCTION OF SUPPLY CHAIN MANAGEMENT (SCM) A supply chain is a network of facilities and distribution options that performs the functions of procurement of materials, transformation of these materials into intermediate and finished products, and the distribution of these finished products to customers. Supply chains exist in both service and manufacturing organizations, although the complexity of the chain may vary greatly from industry to industry and firm to firm. Supply chain management is typically viewed to lie between fully vertically integrated firms, where the entire material flow is owned by a single firm and those where each channel member operates independently. Therefore coordination between the various players in the chain is key in its effective management. Cooper and Ellram [1993] compare supply chain management to a well-balanced and well-practiced relay team. Such a team is more competitive when each player knows how to
Thesis “How is it possible to calculate IT security effectiveness?” Kristjan Kivimaa August 2022 1 Abstract In IT Security world, there is lack of available, reliable systems for measuring security levels/posture. They lack the range of quantitative measurements and easy and fast deployment, and potentially affects companies of all sizes. Readily available security standards provide qualitative security levels, but not quantitative results – that would be easily comparable. This deficiency makes it hard for companies to evaluate their security posture accurately. Absence of security metrics makes it complicated for customers to select the appropriate measures for particular security level needed. The research question for this research project is – “How is it possible to calculate IT security effectiveness?”. The aim of this research is to use this reference m
A... AA Auto Answer AAA Authentication, Authorization and Accounting AAB All-to-All Broadcast AAC Advanced Audio Coding AACS Advanced Access Control System AAL Asynchronous Transfer Mode Adaption Layer AAM Automatic Acoustic Management AAP Applications Access Point [DEC] AARP AppleTalk Address Resolution Protocol AAS All-to-All Scatter AASP ASCII Asynchronous Support Package AAT Average Access Time AATP Authorized Academic Training Program [Microsoft] .ABA Address Book Archive (file name extension) [Palm] ABAP Advanced Business Application Programming [SAP] ABC * Atanasoff-Berry Computer (First digital calculating machine that used vacuum tubes) ABEND Abnormal End ABI Application Binary Interface ABIOS Advanced BIOS ABIST Automatic Built-In Self-Test [IBM] ABLE Adaptive Battery Life Extender + Agent Building and Learning Environment [IBM] ABM Asynchronous Balanced Mode ABR Available Bit Rate ABRD
process. RUP-i faaside selgitused Inception: äriline analüüs Elaboration: nõuete analüüs, arhitektuuriline disain, arendusplaan Construction: detailne kavandamine, realiseerimine ja testimine Transition: süsteemi käitamine Käitumise analüüsi kohta peaks vaatama erinevaid jooniseid alates 5. loeng slaid 25 Süsteemi tuleb modelleerida õigete abstraktsioonitasemete ja vaatepunktide kontekstis. 6. loeng: Tarkvarasüsteemi arhitektuuri kavandamine Mis on tarkvarasüsteemi arhitektuur? Kirjelduse selle kohta, kuidas tarkvarasüsteem on organiseeritud. Süsteemi illustratsioon, mis aitab aru saada süsteemi käitumisest (Software Engineering Institute http://www.sei.cmu.edu/). Süsteemi arhitektuur on struktuuride kogum, mis aitavad mõista süsteemi, hõlmates tarkvara elemente, seoseid nende vahel ja elementide ning seoste omadusi (wikipedia). Arhitektuur on vundament millele tarkvara ehitatakse. Arhitektuuri mudel defineerib vundamendi visiooni (agile modeling).
oData transparency: In bit and byte oriented protocols, there is a problem if a control character (for ETX (End of Text) ·Same as ETB, only no more blocks will follow. ITB (End of > Differences with HDLC length of protocol field (1B or 2B) byte-oriented protocols) or the start-of-frame flag (for bit-oriented protocols) appears in the actual data. Intermediate Transmission Block) ·Same as ETB, except that the receiving statio Differs from HDLC because of multiaccess MAC that provides · Maximum payload length (default: 1500) This was not likely to happen in ASCII text, but is very likely with binary data. This is known as a data will not acknowledge after the error checking. EOT (End of Transmission) framing/error detection: · Type of CRC (2B or 4B) transparency problem an can be rectified with byte stuffing (for byte-orien
Ergo Pikas Integration of Lean Construction and Building Information Modelling DISSERTATION Tallinn 2010 2 UNIVERSITY OF APPLIED SCIENCES Author: Ergo Pikas- Civil Engineering student, Faculty of Construction, Tallinn University of Applied Sciences Supervisor: Rafael Sacks- Associate Professor, Faculty of Civil and Env. Engineering, Technion Israel Institute of Technology Consultant: Roode Liias- Professor and Dean, Faculty of Civil Engineering, Tallinn University of Technology Title: Integration of Lean Construction and Building Information Modelling Archived: University of Applied Sciences, Faculty of Construction ABSTRACT This research can be divided into two. The first part investigates the current state of the construction industry, while the second part looks at new emerging busin
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