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Sade Balogun habla sobre TIARA Estates y Amen Phase 3 en Lagos, Nigeria

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Próximo capítulo de Amen City: Sade Balogun habla sobre TIARA Estates y Amen Phase 3 en Lagos, Nigeria: en un movimiento que subraya su compromiso con la excelencia, Sade Balogun, el cerebro detrás de Redbrick Homes International Limited y Amen City Ltd, ha presentado TIARA Estates. & Amen Estate Fase 3, expansión ¡La enormemente popular ciudad de Amen!

Situada en la pintoresca zona de Ibeju-Lekki, Amon Town se ha convertido en sinónimo de lujo y elegancia. El lanzamiento de TIARA y TIARA 2.0 por parte de Amen City Ltd poco después de la Fase 3 de Amen Estate llevará a esta comunidad a nuevas alturas.

Con sus casas de lujo y comodidades premium, la serie TIARA encarna la realeza y la opulencia. Amen Phase 3 mejora la experiencia de vida con arquitectura moderna e instalaciones de alto nivel.

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Próximo capítulo de Amen City: Sade Balogun habla sobre TIARA Estates y Amen Phase 3 en Lagos, Nigeria

El hospital cercano en Amen Estate Phase 2 brinda acceso rápido a la atención médica, lo que contribuye a la tranquilidad de los residentes. Esta proximidad a las instalaciones médicas es especialmente importante en situaciones de emergencia, ya que garantiza que la ayuda esté siempre cerca.

Un gran supermercado dentro de la propiedad brinda comodidad para las compras diarias, eliminando la necesidad de viajes largos a mercados distantes. La presencia de excelentes escuelas cercanas garantiza una educación de alta calidad para los niños, lo que la convierte en un lugar ideal para familias.

La carretera costera que reduce el tiempo de viaje a la isla Victoria a menos de 40 minutos convierte a Amen en una opción práctica para los profesionales que necesitan desplazarse a la ciudad.

La fuente de iluminación de la propiedad las 24 horas procedente de un motor de turbina personalizado garantiza un suministro de energía ininterrumpido, un beneficio importante para quienes buscan soluciones energéticas confiables.

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Próximo capítulo de Amen City: Sade Balogun habla sobre TIARA Estates y Amen Phase 3 en Lagos, Nigeria

La visión innovadora de Sade Balogun ha transformado la ciudad de Amen en un modelo de vida de lujo y desarrollo comunitario.

Esta expansión marca otro hito en su ilustre carrera, fortaleciendo la posición de la ciudad de Amen como destino líder de inversión.

Con su capacidad para predecir las tendencias del mercado y entregar proyectos que superen las expectativas, Sade Balogun continúa estableciendo nuevos estándares en el sector inmobiliario nigeriano.



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University of Cambridge Dawn Phase 1 Supercomputer powers-up

Intel Dell Technologies and University of Cambridge Dawn Supercomputer

In a major milestone for the UK’s technological capabilities, Dell Technologies, Intel, and the University of Cambridge have announced the deployment of the Dawn Phase 1 supercomputer, currently the fastest AI supercomputer in the country. This groundbreaking machine, designed to combine artificial intelligence (AI) and high-performance computing (HPC), is expected to address global challenges and bolster the UK’s position as a technology leader.

Dawn Phase 1 is more than just a supercomputer; it’s a crucial component of the recently launched UK AI Research Resource (AIRR). The AIRR is a national facility designed to investigate the feasibility of AI-related systems and architectures, and Dawn Phase 1 will play a pivotal role in this exploration. The deployment of this supercomputer not only represents a significant technological achievement but also brings the UK closer to the exascale computing threshold, equivalent to a quintillion floating point operations per second.

The supercomputer is currently operational at the Cambridge Open Zettascale Lab, where it utilises Dell PowerEdge XE9640 servers and the Intel Data Center GPU Max Series accelerator. This state-of-the-art technology, combined with the supercomputer’s liquid cooling system, makes it uniquely suited for handling AI and HPC workloads.

The deployment of Dawn Phase 1 is the result of a strategic co-design partnership between Dell Technologies, Intel, the University of Cambridge, and UK Research and Innovation. This collaboration is a testament to the importance of partnerships and investments in technology for the UK’s AI growth potential. It’s a clear demonstration of how innovative collaborations can lead to technological breakthroughs.

One of the most exciting aspects of Dawn Phase 1 is its potential applications across a wide range of sectors. The supercomputer is poised to support large workloads in academic research and industrial domains, including healthcare, engineering, green fusion energy, climate modelling, and frontier science. This broad application potential underscores the transformative power of AI and HPC when harnessed effectively.

Looking ahead, a Phase 2 supercomputer, expected to deliver ten times the performance of Dawn Phase 1, is planned for 2024. This next phase of development will further strengthen the UK’s technological capabilities and its position as a global leader in AI and HPC.

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In addition to the upcoming Phase 2, the integration of Dawn Phase 1 and the Isambard AI supercomputer will form the AIRR. This integration will create a national facility designed to help researchers maximise the potential of AI, further enhancing the UK’s AI research capabilities.

The construction of Dawn Phase 1 is based on Dell PowerEdge XE9640 servers with liquid cooling technology. Each server combines two 4th Gen Intel Xeon Scalable processors and four Intel Data Center GPU Max accelerators. This powerful combination of hardware is complemented by an AI- and simulation-optimised cloud supercomputing software environment provided by Scientific OpenStack from UK SME StackHPC.

While the technical details and performance numbers for Dawn Phase 1 will be released in mid-November at the Supercomputing 23 (SC23) conference in Denver, Colorado, it’s clear that this supercomputer represents a significant leap forward for the UK’s AI capabilities. By harnessing the power of AI and HPC, Dawn Phase 1 has the potential to drive transformative change across a range of sectors and place the UK at the forefront of global technological innovation.

Dawn Phase 1 Supercomputer 2023

The Dawn Supercomputer at the University of Cambridge is distinct from the one at Lawrence Livermore National Laboratory. This particular Dawn Supercomputer is a part of the Cambridge Service for Data Driven Discovery (CSD3), a state-of-the-art data analytics supercomputing facility. It caters to a wide range of computational and data-intensive research across various disciplines.

CSD3 is notable for its focus on supporting research that requires handling and analysis of large datasets, high-performance computing (HPC), and machine learning. The facility is designed to be highly flexible and scalable, meeting the needs of different research communities. It’s a collaborative project, involving not just the University of Cambridge but also partners from the wider research community.

The Dawn Supercomputer specifically, within this context, is known for its high-performance capabilities, particularly suited for tasks involving data analytics, artificial intelligence, and machine learning. Its architecture, combining traditional CPU-based computing with more recent GPU-based approaches, makes it well-suited for a variety of computational tasks. This includes scientific simulations, data processing, and the training of complex machine learning models.

The integration of the Dawn Supercomputer into CSD3 represents the University of Cambridge’s commitment to advancing research in data-intensive fields. It provides researchers with the necessary computational tools to tackle some of the most challenging and important questions in science and technology today.

A previous supercomputer also called Dawn was a high-performance computing system hosted at the Lawrence Livermore National Laboratory (LLNL) in the United States. It served as a precursor and testing platform for the more advanced Sequoia supercomputer, part of the IBM Blue Gene series of supercomputers. Dawn was operational in the late 2000s and early 2010s.

Filed Under: Technology News, Top News





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Midjourney new website design – phase one now available in beta

Midjourney rolls out phase one of its new website design

Midjourney, the well-known AI art generation system and  independent research lab, has announced the rollout of phase 1 of its new website design making it available on a beta subdomain for users to check out. This initial phase focuses on enhancing the user experience in searching, browsing, and viewing images. However, it has also sparked some debate due to the absence of certain features and the removal of others. As a Midjourney user, one of the best features in phase one for me is the ability to search through all your AI generated images much more quickly than previously. Simply use your mouse wheel to scroll through thumbnails of all your images from the creation of your account to today.

The new website design exhibits a few minor changes, including the introduction of light and dark modes. This feature allows users to switch between different visual themes to suit their personal preferences or environmental conditions. One of the major changes in this phase is the absence of image generation features. While this has been a staple in Midjourney’s offerings, the company has chosen to exclude it in this initial phase. Although  Midjourney artists can expect this feature to be included in the upcoming releases, along with organization features such as collections.

The redesign also sees the removal of the hot, top, and rising pages. These popular features provided users with a quick way to discover trending content. The removal of these features is a surprising move, and users have been quick to voice their concerns.

Another significant change is in the way images are displayed and the options associated with them. Clicking on images now brings up a new ‘lightbox’ mode, which users can quickly scrub through with scrolling or arrow keys. Further clicking on an image while in ‘lightbox’ mode puts users in an ‘immersive’ view where they see the images and nothing else. This change aims to provide a more focused viewing experience.

Midjourney new website design

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The rating page has also been updated with a quick selection feature. Users can now press the 1,2,3,4 keys to rate images quickly while scrubbing through their own images. This new feature aims to streamline the process of rating and sorting images.

In addition to these changes, the new design includes external links to the Discord server, billing support, and documentation pages. While these links provide easy access to additional resources, some users have noted an overall decrease in website features with each update.

To learn more about the latest Midjourney website redesign features check out the video below kindly created by AI digital artist Thaeyne. Explaining more about what has been added and taken away and what you can expect to be made available in the near future

Midjourney phase 1 website design overview

The new search feature has also received mixed reviews. Personal search is now done inside the user’s own browser, providing instant results. However, some users have critiqued this feature due to the absence of a model and version filter for images.

Similarly, the removal of image size display and the parent-child chain of images has been met with mixed reactions. While some users appreciate the cleaner design, others miss the detailed information these features provided.

The rollout of phase 1 of Midjourney’s new website design brings a fresh look and feel to the platform. However, the absence of certain features and the removal of others have raised questions about the company’s direction. As this is only the first phase of the redesign, it will be interesting to see how Midjourney addresses these concerns in the upcoming updates.

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