Creating A Web Site With A Search Engine Optimized Architecture

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A web sites architecture is what grounds all future search engine marketing efforts. An optimal web site architecture facilitates a search engine in traversing
and understanding the site. Therefore, creating a web site with a search engine optimized architecture is a major contributing factor in achieving and maintaining high search engine rankings.
Architecture should also be considered throughout a web sites lifetime by the web site developer, alongside other factors such as aesthetics and usability. If a new feature does not permit a search engine to
access the content, hinders it, or confuses it, the effects of good content may be reduced substantially.For example, a web site that uses Flash or AJAX technologies inappropriately may obscure the majority
of its content from a search engine.

Optimizing a sites architecture frequently involves tinkering with variables that also affect usability and the overall user perception of your site. When we encounter such situations, we alert you to why
these certain choices were made. Sometimes we find that SEO enhancements run counter to usability. Likewise, not all designs that are user friendly are search engine friendly. Either
way, a compromise must be struck to satisfy both kinds of visitors users and search engines.

One common misconception is that search engine optimization efforts can be made after a web site is launched. This is frequently incorrect. Whenever possible, a web site can and should be designed to be
search engine friendly as a fundamental concern.Unfortunately, when a preexisting web site is designed in a way that poses problems for search engines,search engine optimization can become a much larger task. If a web site has to be redesigned, or partially
redesigned, the migration process frequently necessitates special technical considerations. For example,old URLs must be properly redirected to new ones with similar relevant content.

BIM Modeling- Adding Technical Advantages to Construction and Architecture

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With the extensive advancements in technology, the process of construction and architecture have become more organized and streamlined. A highly precision and technology driven process, BIM modeling consists of steps for generating as well as managing digital blueprints of a building, irrespective, of its nature whether a factory, hotel, office or any other form of physical structure. The process of digitizing important data relevant to the construction of a building, aids decision-makers to make critical judgments and evaluations about modification across its lifespan including in habitation, operation, and demolition. It is now highly appreciated by architects, civil engineers, constructors and others occupied in construction of a building and infrastructure sector across the globe.

To carry out the entire project management in an effective manner, a BIM Manager or a VDC Project Manager takes control of the entire process. In projects, they work in co-ordination with Design Construction Team on behalf of the client. However, companies are also hiring BIMs at different stages of the project delivery and handling. Thus, the intensive level of dynamism and ease of customization provided by converting these important data into a suitable digital format, construct multifunctional structure on the surface. The engineering solutions offered by expert companies are now preferred by every construction firm for their projects.

A revelation to traditional building design systems that were initially dependent on two-dimensional drawings of building sections, plans, elevation and other parts, digitization of maps offers numerous advantages. It offers updated technology which include the 3D maps and introduction of factors such as time and cost as an essential part of the project data, the other two important dimensions to modern day digitized maps of home and offices.

It not only included, geometric calculations into building maps but also comprised of other factors as mention of surface space, geographic study, building material study, ergonomics, green building, light analysis, etc. which were neglected earlier. This provides an efficient solution for building construction in the hands of architects and engineers.

Many companies specializing in Engineering Design Services ensure that they make use of this sophisticated technology to offer customized solutions as per the construction concepts, ideas, and design requirements put forth by clients. The design tool of this building solution presents the different views of a building model for construction and other usages of the building. In this model, a slight change in a one object of the model or design, automatically, changes other dependent model and an architect do not need to break model for every change.

The author is an experienced Content writer and publisher for Business Development. Visit us to know more about Engineering Design Services, BIM modeling and Digitization of maps.

Enterprise Software Architecture – Improving Business of an Organization

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Enterprise Architecture or Enterprise Software Architecture is the organizing logic that is used for business processes and software development service. It reflects the integration and standardizing needs of any organization’s operating representation.

Enterprise architects implement several methods and tools to get an idea of structure of an organization. To accomplish this task they produce several documents and models. These models and documents are called -artifacts.’ Artifacts are used to illustrate logical organization of business strategies, metrics and capabilities of business, information resource and networking infrastructure within the organization. A complete set of such artifacts are enough to illustrate the -enterprise’ architectural description of any organization, including software development companies.

The framework of enterprise architecture is an assortment of tools and processing models and assistance applied by architects in production of organization based architectural descriptions.

The main motive of architectural description of an organization is to enhance the efficiency of the business. Hence, it includes an array of tasks. While describing the architecture of an enterprise, architects pay attention to innovative structuring of the enterprise, centralized or federal business processing, quality offering before deadline and a justified expense on information technology. Information availed by architectural description can be used in various ways but its main purpose is to bring an improvement in the business functioning. In the present scenario, it is widely used by numerous companies to improve their business architectures, its performance and productivity.

Currently, Enterprise Software Architecture has become the key component of information technology control in almost every organization. Such companies have used a basic process of enterprise architecture as an important part of their information technology management strategy. The team of enterprise architects stands for different functions such as several aspects of performance engineering, IT portfolio management, management of metadata as well as improvement on custom software development services.

Architecture meets Industrial Design

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Title: Architecture meets Industrial Design

Text & Photography: Foster + Partners

Blurring the lines between architecture, interior design and industrial design, F+P once again prove that design is seamless and universal

Foster+Partners has proved its design prowess beyond the building industry and carries it forward to designing the interiors and furnishings for a commercial aircraft, drawing on its previous commissions for yachts and private jets.

Following the successful refurbishment of The Wing, Cathay Pacific’s flagship lounge at Hong Kong International Airport, the practice has carried the lounge’s sophisticated design into the first class cabin of the Boeing 777-300ER fleet refreshing the award-winning cabin.

The Wing, which opened earlier this year,is the second in a series of lounges by Foster + Partners for Cathay Pacific at HongKong International Airport. Every detail of the interiors,from the Champagne Bar to the bathroom fittings in the luxurious first class -cabanas’, has been custom-designed by the practice to create an exceptional experience for guests.

Besides the plush interiors, the lounges are furnished with a number of unique pieces designed by Foster + Partners, including a marble reception desk,food counter and a free-standing champagne bar with integrated trays – down to the detail of porcelain plates. Alongside the bespoke products and one-off furniture pieces, The Wing also features the Ilium cylindrical table light, developed with Nemo and the Foster 503 armchair by Walter Knoll.The highlight is the Cathay Solus Chair, the airline’s signature developed with Poltrona Frau that responds to the desire for privacy in the midst of a busy public space with its hourglass form and multi-utility constitution: the circular form incorporates a wide,comfortable seat, an integrated a power supply and a table, which can be used as an informal desk. The ribs of cushion at the back of the chair extend in places to form ridges, which can be used as armrests.

Creating a seamless experience for passengers, the cabin’s design shares the lounge’s palette of warm white leather,reflective dark grey surfaces and walnut finishes to create a calm, understated interior. Every element is considered and refined, including the stitch of the bespoke covers for Cathay Pacific’s celebrated first class seat, the handmade woollen carpet, the refurbished bathrooms and the new reading light, which has been custom-designed to cast fewer shadows when working or dining.

to view images click on globalhop.indiaartndesign.com

What is the importance of enterprise architecture

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Information technology is growing swiftly across the globe with new industrial requirements. There are many organizations that are categorized under IT industry. These organizations are combating to enhance the business performance and productivity. There are many business streams in IT industry such as marketing, banking, software and hardware resource development, IT services, management services and many more. These days, most of the organizations are implementing several business management services to enhance the organizational competency and performance. Enterprise architecture (EA) is one of them that help the organizations to increase the business. It is simply defined as the process of converting business methods and vision into an effective way by improving and communicating the models, key requirements, and principles of the existing business.

EA helps the business enterprises to understand the products and platform, strength and weakness and can also resolve several industrial issues. It can improve the business efficiency by delivering faster services. It can develop a relationship with business executives by translating the industrial needs and insights into strategies. These days, business is growing with raising requirements and requires some management services to control the business. It can also describe the organizational evolution by enhancing the business models and principles.

IT organizations are offering several openings for enterprise architecture jobs to enhance the business relationship between the clients and customers and to increase the growth. It has associated with the external environment including business processes and information technologies. The individuals, who work in this platform, are designated as enterprise architects. These architects support the organization by handling several business challenges and implementing the solutions to enhance the performance.

There are many frameworks in EA such as IAF, DoDAF, TOGAF, EAF and many more to provide multiple benefits to augment the organizational productivity. It is the main platform to connect entire business units in the industry. It is considered the best business factor due to its trends such as focus on diversification, breakdown of industry barriers, growing data density, prominence between growth and performance, rate of product innovation, personalized goods and services and many more to maintain the industrial standards. It is not only important in IT industry, but also in other industries such as banking, government sector, healthcare, telecommunications and many other sectors.

Get more information on: Enterprise Architecture Jobs & IT Service Desk Jobs

Spanish Mission Art Deco Style Architecture

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In the architectural world, just as in the worlds of food, clothing, and design, as styles come together we have whats called fusion. In fusion, often disparate elements come together to create a cohesive union, and sometimes seemingly harmonious elements come together in a not so harmonious way. In terms of architecture, a truly interesting blend happened in the beginning of the 20th century, melding together the elements of Spanish Mission revival style with the hip sleekness of Art Deco.

Art Deco buildings are known for their futuristic, sleek, dramatic, geometric flair. Cubes, zigzags, and futuristic chic came together to express the growing machine age in the United States. In the roaring twenties and early thirties, the jazzy Art Deco architecture was sweeping the nation. The Art Deco style found its inspiration from many different sources. The austere shapes and curves were taken from the Bauhaus School and the streamlined modern technology-looking design was melded with images of icons from the Far East, Greece, Rome, Africa, India, and Mayan and Aztec cultures. But above all these, Art Deco took inspiration from an architectural discovery in Egypt.

In 1922, archaeologist Howard Carter and his sponsor, Lord Carnarvon, thrilled the world with their discovery of the tomb of King Tutankhamen. Egypt-chic soon swept the nation and influenced the design of clothes, jewelry, furniture and graphic design. And of course, architecture.

Another style that was popping-up at the same time was the Spanish Mission Revival style, and in California, these two disparate styles found a way to come together in harmony as Hollywood actors were clamoring to get their homes built in the chic Spanish style. California isnt the only place to see the beautiful union of these two styles.
Hawkes Bay has some tremendous Art Deco and Spanish Mission Walks. Hawkes Bay is located in Napier, New Zealand. Following a devastating earthquake in 1931, the whole commercial heart of Napier was destroyed, but the city was about to be reborn in the newest architectural style, and to become the hottest city. In Hawkes Bay, you get to see all the styles right next to each other: Spanish Classic, Spanish mission, and Art Deco, all side by side.

There are also places in the United States that show this great mixture of styles and iconographies. Take for example a lovely Spanish Revival building in St. Louis, by the architect T.P. Barnett, son of George I. Barnett, another famous architect in St. Louis. The T.P. Barnett building is particularly interesting because it also has Art Deco influences, making it one of the most unique buildings in the Grand Center region of St. Louis. Certainly the next time youre in St. Louis, you need to visit this Spanish Revival building on Washington Avenue.

An Initial Introduction To Interior Architecture

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Interior architecture can be seen as different from architecture in that the interior rooms, halls, doorways + stairs can be re designed once the initial design for the architecture of the building as a whole is in place. Interior architecture can be used to completely re design, for example a room such as a kitchen, bathroom in a family home which is quite common or a meeting room or office layout in a business environment or modify the existing design based on original architecture.

The interior architecture of a building can be changed for many reasons, either practical, where the interior of a building is going to be used for a new purpose or due to changing fashions or updated technologies. Examples of this are very common in many towns and cities where the exterior of a building is in a style of when it was built, say in the late 19th century but it’s interior has been completely re vamped incorporating modern design fashions and the latest technology.

The use of interior architecture means that for many buildings over a hundred years old the development of the look and design of their interior and exterior could often be the work of many different architects or teams of architects. This has meant for many of our towns and cities the architecture on view can be widely varied and reflect many different periods of time, design fashions and architecture styles. Some of which can be seen as timeless whilst others from certain eras can be seen as garish and bad taste 20 – 30 years down the line.

However no matter what a buildings exterior may look like with the help of interior architects, refurbishment and fit out specialists the interior look and feel of many buildings can be totally transformed with enough time and money bringing them up to date, that is until the latest style, fashion and technologies need integrating a few years down the line.

The main thing to differentiate architecture + interior architecture is that an architect is concerned with the concept of designing a new building the interior architect is concerned with the modification of existing buildings, some of which the design can be seen as timeless and look good for centuries whilst other will be an eye saw and look dated within 10 – 30 years.

This is quite a large and interesting topic, for further reading would advise looking at books + articles, online, in bookshops, news agents or in libraries on architecture, design + interior design.
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How is 3D printing technology used in Architecture and Medicine

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D printing technology is used to manufacture prototypes, tools, and end-user parts directly from a CAD design. This printing technology offers unprecedented flexibility as it can create a part of any dimension out of any material. Some of the 3d printing materials used include metals, polymers, ceramics, composites, and many more. The 3D printing technology has complete control over material composition, surface texture, and micro-structure of the prototype. 3D printing technology also allows the user to construct prototypes using two different materials. >

Lets take a look at this amazing technology and how it has affected the field of architecture and medicine:

3D printing for Architecture

Architects know that there is nothing like a physical model of a building when it comes to displaying their work or design concept. Physical models also play an important role when it comes to explaining and convincing the customer while selling a project.

3D printers are affordable and high quality solutions for architects. Building a physical model requires great deal of expertise, precision, and time. 3D printing machines help designers focus on their building design, while the devices make 3D models of the project.

Many architects are not tech-savvy and are not used to operating complex devices. 3D printers do not require human intervention at any stage of the printing process. Architects just need to need to draw a CAD diagram of the project and instruct the 3D printer to build a 3D model. The 3D printer can print the model within a few hours, which can then be presented to the client.

3D printers are capable of producing of 3D models with accuracy and speed without compromising on the finer details of the architectural project. The price of desktop 3D printing machines is not that high and independent architects can also afford them.

3D printing for Medicine

The application of 3D printing technology can also be found in the production of medical devices. There are different 3D printing materials available that can be used to build real parts. For example, manufacturing hearing aids is a complex process because they are custom-fit devices and cannot be mass produced. 3D printing greatly helps in such matters where medical devices need to custom-fit a patient.

The future of the 3D printing technology is very bright. Market experts state that 3D printing technology will be affordable to the masses by the next decade. The prices of 3D printing devices are falling rapidly, and it is believed that the prices of 3D printers will drop by as much as 80% in the next 5-10 years. It will not be a surprise to see 3D printing devices in each household just like refrigerators, washing machines, and televisions.

Management Colleges For Mba In Architecture Designing

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A profound understanding of management courses with that of architecture course is essential for bringing forth the best of architecture into the business line. While for the most part, architecture is a blend of science and art, business pertains to bringing this art to the line where its creativity is admired and kept to its highest terms. The difference between potentially good trades as opposed to a fallacious trade-off can only be brought through appropriate management courses. It would be a good practice for an architect to opt for mba courses in order to gain the maximum from their respective architecture course.

Not only does professional mba courses is responsible for helping an architecture major to develop the necessary trading skills but it also helps in giving the person a better gist about the skills that are essential to turn the architecture course into a prominent business venture. MBA coaching classes are often beaming with the necessary skills that could turn a graduate from an architecture college into a prominent business magnate. Most of the courses include detailed analysis of the contemporary practices in the architecture as well as the management industry to bring forth the best of both the fields into one.

A typical business school offering management courses for architecture would include subjects that talk about management behaviour and processes pertaining to it. Furthermore, the course would include managerial economics, as well as the basics relevant to accounting to help architects discover the business potential that architecture has in the current times- things that an architecture college would miss out on. The papers also include managerial communication, the key to impress clientele and increasing the business ventures for the company. Furthermore, the management courses also deal with the business laws and ethics that make a business stand out from the others. It should be understood that architecture is all about the elements of designing, which is why the mba courses pertain to the space planning, as well as project management in order to bring forth the best results for the clientele.

Management would vary as per the real estate projects that come by. For instance, a housing project would require a different management approach as opposed to that of commercial projects. Management courses make sure that every aspect of architecture course is dealt with the elements of management. The integration of management along with architecture comes with equal opportunities to turn ones luck. Architects would require effective mba coaching classes in order to open themselves to the rules of management to carve out a specific place in architecture- a varied and yet a complementary association.

Multisynth-based Architecture

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Traditional clock generators use a simple integer-N phased-locked loop (PLL)-based architecture. The output clock frequency is a function of the input clock frequency and the PLL divider values as shown in the equation
Equation: fOUT = fIN.N/P.R
Traditional single PLL-based IC solutions are suitable for simple integer clock multiplication of reference inputs or clock generation from crystal inputs. However, many applications require clock generation of multiple non-integer-related frequencies (e.g., 125 MHz Ethernet and 106.25llMHz Fibre Channel). Traditional solutions require that the crystal frequency be changed to support each unique frequency plan. This forces the designer to use one or more custom crystals and multiple clock generator ICs to generate the required set of frequencies, increasing the cost, complexity and power consumption of the overall solution.

New Any-Rate Clock Multiplier Architecture Simplifies Design
Recent advances in mixed-signal analog design have made it possible to provide any-rate frequency synthesis from a single device. Silicon Labs newest clock architecture leverages a fractional-N PLL used in concert with a low-jitter fractional divider termed MultiSynth to produce any-rate frequency synthesis on multiple output clocks. The flagship of this new product family is the Si5338 Any-Rate, Any-Output Quad Clock Generator. This technology dramatically simplifies timing architectures by integrating the frequency synthesis capability of four PLLs in a single device, greatly reducing size and power requirements compared to traditional solutions.

MultiSynth Technology
The Si5338s low phase noise, high-frequency VCO supplies a high-frequency output clock to the MultiSynth block on each of the four independent output paths. The first stage of the MultiSynth architecture is a fractional-N divider, which switches seamlessly between the two closest integer divider values to produce the exact output clock frequency with 0 ppm error. To eliminate phase error generated by this process, the MultiSynth calculates the relative phase difference between the clock produced by the fractional-N divider and the desired output clock and dynamically adjusts the phase to match the ideal clock waveform. This novel approach makes it possible to generate any output clock frequency without sacrificing jitter performance. Based on this architecture, each output clock can be individually programmed to generate any frequency from 0.16 to 350 MHz, and select frequencies to 700 MHz. Typical jitter performance enabled by this MultiSynth-based architecture is 1 ps RMS.