This week's podcast (I was hoping to keep it short, but I kept talking and talking... sorry!) Libraries, frameworks, and code Cube - open-source visualization for time series data chainvas - chaining sugar for Canvas JS-Forth: Forth Interpreter in JavaScript when.js is a lightweight Promises and when() implementation (from CommonJS) MongoSpy is a MongoDB monitor that ...

Listen to this week's podcast (February 6, 2012) psd.js psd.js is the beginnings of a Photoshop PSD parser in JavaScript! Right now it only essentially extracts metadata information - such as image size and layer information - but it's off to a good start! You can even drag and drop ...

(no podcast this week - Boo! Check back next week) Chrome for Android Google has just released a beta of Chrome for Android, which is available for those running Android Ice Cream Sandwich (aka "the 1%"). This isn't JavaScript-specific news per se, but it is HUGE news for web devs ...

EU BON partner DataONE welcomes the Program for Research on Biodiversity (PPBio) Western Amazon as its first Member Node in South America. PPBio’s Western Amazon Node data repository contains data from surveys conducted in the framework of the Research Program in Biodiversity, the Center for Integrated Studies of Biodiversity in the Amazon and partner projects.

About PPBio:

The Research Program in Biodiversity (PPBio) is structured into three components:

• Biological Collections - support and development of biological collections such as herbaria, museums and living collections;
• Biological Inventories - biodiversity surveys, collecting sites, metadata and data for long-term studies;
• Thematic Projects - developing methods for sustainable management of biodiversity and bioprospecting.

PPBio’s research is based on spatial standardization that is crucial for answering the questions raised by decision makers, the integration of biodiversity and physical sciences and on the incorporation of local people and traditional knowledge in biodiversity research and bio-prospecting. PPBio uses a flexible, standardized, modular and economical sampling method, RAPELD, which is compatible with other existing methods and a data policy which enable their datasets to be quickly made available to other researchers. PPBio has produced several free online guides to the flora and fauna of the region and the book "Biodiversity and Integrated Environmental Monitoring" which is essential reading for anyone with questions about biodiversity whether or they also intend to collect data.

The annual meeting of the European GBIF Nodes will be organised by GBIF Finland in Joensuu 6-8 March 2013.
The meeting is by invitation only, and available for staff of the GBIF Members in Europe. In addition, any EU-funded biodiversity research projects are welcome to attend as observers. 
Event web page: European GBIF Nodes Meeting 2013

The Global Biodiversity Information Facility (GBIF) is holding its 6th GBIF Eropean Nodes Meeting,  organized by the Belgian Biodiversity Platform. The event will take place in Brussels, 8-10 April 2014.

GBIF is an international open data infrastructure, funded by governments.It allows anyone, anywhere to access data about all types of life on Earth, shared across national boundaries via the Internet.

By encouraging and helping institutions to publish data according to common standards, GBIF enables research not possible before, and informs better decisions to conserve and sustainably use the biological resources of the planet.

More information is available on the event website.

The official Governing Board meeting, including the GBIF symposium, will take place on 8-10 October in Antananarivo, Madagascar. Prior to that there will be Training sessions for Nodes on 4-5 October, followed by the Global Nodes Meeting on 6-7 October. Committee meetings will take place on 6 October.

A special symposium will be hosted on 7 October where all delegates are invited to attend. After the Governing Board meeting, on 11 October, there is a possibility to visit the Andasibe National Park.  

High energy resolution fluorescence detected X-ray absorption spectroscopy is a powerful method for probing the electronic structure of functional materials. The X-ray penetration depth and photon-in/photon-out nature of the method allow operando experiments to be performed, in particular in electrochemical cells. Here, operando high-resolution X-ray absorption measurements of a BiVO4 photoanode are reported, simultaneously probing the local electronic states of both cations. Small but significant variations of the spectral lineshapes induced by the applied potential were observed and an explanation in terms of the occupation of electronic states at or near the band edges is proposed.

The reaction of lithium hexa­methyl­disilyl­amide, [Li{N(Si(CH3)3)2}] (LiHMDS), with 4,4-dimethyl-2-phenyl-2-oxazoline (Phox, C11H13NO) in hexane produced colourless crystals of bis­(4,4-dimethyl-2-phenyl-2-oxazoline-κN)(hexa­methyl­disilyl­amido-κN)lithium, [Li(C6H18NSi2)(C11H13NO)2] or [Li{N(Si(CH3)3)2}(Phox)2] in high yield (89%). Despite the 1:1 proportion of the starting materials in the reaction mixture, the product formed with a 1:2 amide:oxazoline ratio. In the unit cell of the C2/c space group, the neutral mol­ecules lie on twofold rotation axes coinciding with the Li—N(amide) bonds. The lithium(I) centre adopts a trigonal–planar coordination geometry with three nitro­gen donor atoms, one from the HMDS anion and two from the oxazolines. All ligands are monodentate. In the phenyl­oxazoline units, the dihedral angle defined by the five-membered heterocyclic rings is 35.81 (5)°, while the phenyl substituents are approximately face-to-face, separated by 3.908 (5) Å. In the amide, the methyl groups assume a nearly eclipsed arrangement to minimize steric repulsion with the analogous substituents on the oxazoline rings. The non-covalent inter­actions in the solid-state structure of [Li{N(Si(CH3)3)2}(Phox)2] were assessed by Hirshfeld surface analysis and fingerprint plots. This new compound is attractive for catalysis due to its unique structural features.

The semi-automatic unit is designed to offer flexibility and high speeds.

The handheld device can be used to secure cartons and other items in various packaging environments.

A summary of assisted reproductive technology testing needs and outcomes during COVID travel lockdown (April, 2020 to March 7, 2022) for couples with infectious disease infertility.

  Node.js is by far the most popular platform for creating JavaScript applications. According to a recent infographic published by Statista, more than 49% of app developers frequently utilize Node.js, making it the platform of choice for mobile app development. That is because of the Node.js advantages.  This article will discuss the benefits of Node.js […]

The post Full guide on drawbacks and benefits of Node.js for making the perfect choice for your business appeared first on 404 Tech Support.

Rob Bristow, Information Services Manager, Graduate School of Education, University of Bristol and Mark Lydon, i2a Consulting will look at Access Grid Node (AGN), an exciting area of development in communication within the academic, research and commercial worlds. Using open standards to transmit video and audio using IP Multicast networking, it is a type of video collaboration that allows a rich and immediate means of communicating with remote sites, while also being able to share presentations, data, complex visualizations and video. AGN is a technology that scales; from a single user node running with a Webcam on a laptop, up to a lecture theatre with multiple cameras and projectors. It also scales from one-to-one conversations to multi-site meetings, seminars and conferences.

Strapping systems can be a great solution for packaging temperature-sensitive products by providing load breathability, which is essential for maintaining cold temperatures in transit.

Requirements for passive optical nodes - Fibre distribution box

Passive node elements with automated ID tag detection

Looking to hire as an independent contractor a highly experienced backend software engineer with extensive experience with Node.js, and preferably with MongoDB as well. Familiarity with GCP would be a plus. This is a part-time, remote contract that will probably be for a minimum of three months and possibly a good bit longer. You must be a true high senior or expert level developer with extensive Node.js experience. A qualified candidate will most likely have at least ten years of solid software development experience. If you are not the right person but know somebody who might be, please feel free to have them contact me. Thank you.

Energy is at the core of everything. It’s the currency of existence. Anodea Judith substitutes the word “charge” for energy. It’s easy to relate to the idea of being charged […]

The post Balancing Our Chakra System For Emotional And Spiritual Healing with Anodea Judith, Ph.D. appeared first on KKFI.

In SAS Customer Intelligence Studio, you might notice that you cannot clear warnings for decision campaign nodes by selecting either the Clear Warnings  option or the Clear All Warnin

In SAS Customer Intelligence Studio, the following error is displayed when you update a new Link  node in a diagram:   imgalt="Link: MAIQService:executeFastPath:" src="{fusion_665

In SAS Customer Intelligence Studio,  when you add  Reply- node variable values in the Define Value dialog box, you might notice that two identically labeled data-grid variables are

Staying ahead of the curve is essential to meeting customer needs. Cadence has consistently demonstrated its commitment to innovation, and its latest IP portfolio available on TSMC's 3nm (N3) process is no exception. Today, rapid advancements in AI/ML, hyperscale computing (HPC), and the automotive industry are driving significant changes in technology. Let's explore the impressive array of IP that Cadence offers on this advanced node.

Memory Solutions: High-Speed and Power-Efficient

Cadence's DDR5 12.8G MRDIMM IP supports the highest speed grade Gen2 MRDIMMs and features a fully hardened PHY optimized to the customer's floorplan. The LPDDR5X IP is silicon-proven at 9.6Gbps and is ideal for power-sensitive applications, offering a fully integrated memory subsystem.

GDDR7: Leading the Way in Graphics Memory

Cadence has achieved a significant milestone with the world's first silicon-proven GDDR7 IP, supporting data rates up to 32Gbps. This IP offers the best price/performance ratio for AI interfaces, making it a game-changer in the graphics memory domain.

PCIe and CXL Solutions: Robust and Reliable

Cadence's PCIe 3.0 IP is a mature and production-proven solution available across a wide range of process nodes from 28nm to 3nm. It offers a versatile multi-link architecture for optimum SoC configurability and flexible use cases. The PCIe 6.0 and CXL 3.x solutions are silicon-proven, power-optimized, and highly robust, with jitter-tolerant capabilities. These IP are the only subsystem proven with eight lanes of controller and PHY in silicon, ensuring interoperability with leading test vendors and OEMs.

UCIe PHY: Setting New Standards

The UCIe PHY IP from Cadence are set to be generally available after successful silicon characterization in both standard and advanced package options on the TSMC N3 (3nm) process. These IP demonstrate significantly better power, performance, and area (PPA) metrics than the specifications, with a bit error rate (BER) better than 1E-27 compared to the spec of 1E-15. The power consumption is also notably lower than the spec limit, ensuring a simpler integration with a best-in-class power profile.

112G PHY IP: Pushing the Boundaries of Performance

Cadence's 112G PHY IP are designed to meet the demands of high-speed data transmission. The 112G-ULR PHY IP, characterized in the 3nm process, showcases exceptional performance with support for insertion loss over 45dB at data rates ranging from 1.25Gbps to 112.5Gbps. This IP is optimized for both power and area, making it a versatile choice for various applications. The 112G-VSR/MR PHY IP also stands out with its excellent power and performance metrics, making it ideal for short-reach applications and optical interconnects. Additionally, the 112G PAM4 PHY solutions cater to hyperscale, AI, HPC, and optics applications, featuring a mature DSP-based SerDes architecture with advanced techniques such as reflection cancellation.

Cadence's IP portfolio on TSMC N3 shows innovation and expertise to solve today's design challenges. From high-speed PHY IP to robust PCIe and CXL solutions and advanced memory IP, Cadence continues to lead the way in semiconductor IP development. These solutions not only meet but exceed industry standards, ensuring that customers can confidently achieve their design goals. Stay tuned for more updates on Cadence's groundbreaking advancements in semiconductor technology.

Learn more about Cadence IP and other silicon solutions.

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