Pathway lighting is available in a design that uses solar energy to provide the illumination. Thus, with solar energy, the sun is the power source of the solar pathway lighting, and no home electricity is consumed.
Moreover, the cost to replace the batteries of the solar path lights tends to oftentimes be the only maintenance cost associated with the lighting. Consumers will, however, want to be aware of the quality of lighting they are purchasing, given design quality variance. The quality and durability of the components used in the lighting are not all the same.
As mentioned above, given that the sun is the power source for solar lighting, household electricity is not utilized. However, as previously stated, given that the sun is the power source for the lighting, the solar panel component of the solar lights must be installed in the direct sun to illuminate as designed. Otherwise, the solar lights will not function well with the current state of solar technology.
The following two design options are common with path lights powered by the sun: (1) the design that uses a solar panel; and (2), the design that uses more than one solar panel.
Homeowners will want to be aware of the above-mentioned designs, given that one design may work better on the landscape where the lighting will be installed. With the design of these outdoor solar pathway lights that uses one solar panel, all the lamps are connected to the solar panel. With the design that utilizes more than one solar panel, a solar panel is built into each solar lamp.
Whether consumers purchase and install either design, solar pathway lighting is indeed eco-friendly, given that is utilizes the sun’s renewable energy. Moreover, these type of solar garden lights help homeowners conserve energy and reduce their electricity bill.
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8 edition of The interpretation of quantum mechanics and the measurement process found in the catalog.
Includes bibliographical references (p. 134-138) and index.
|LC Classifications||QC174.12 .M58 1998|
|The Physical Object|
|Pagination||x, 140 p. :|
|Number of Pages||140|
|LC Control Number||96052450|
Measuring a Quantum bit. If you have had a deeper look into the theory of Quantum Computation, chances are that you might have come across this term called a top level, measurement is essentially what the figure above depicts: some operation on a qubit (some sort of superposition state of basis vectors|0> and |1>) to get a classical bit (the process of which is Author: Nimish Mishra. The issue of measurement lies at the heart of the problem of the interpretation of quantum mechanics, for which there is currently no consensus. The question of how the operational process measurement affects the ontological state of the observed system is unresolved, and called the measurement problem.
The many-worlds interpretation (MWI) is an interpretation of quantum mechanics that asserts that the universal wavefunction is objectively real, and that there is no wavefunction collapse. This implies that all possible outcomes of quantum measurements are physically realized in some "world" or universe. Interpretation of quantum mechanics The von Neumann–Wigner interpretation, also described as " consciousness causes collapse [of the wave function]", is an interpretation of quantum mechanics in which consciousness is postulated to be necessary for the completion of the process of quantum measurement.
The difficult issues related to the interpretation of quantum mechanics and, in particular, the “measurement problem” are revisited using as motivation the process of generation of structure from quantum fluctuations in inflationary cosmology. Busch & Lahti — The Standard Model of Quantum Measurement Theory 2 He then proceeds to show that under the measurement-theoretic assumption of the measurements involved being of the ﬁrst kind, that is, repeatable, I1 is a consequence of Chapter concludes with .
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Buy Interpretation of Quantum Mechanics on FREE SHIPPING on qualified orders Interpretation of Quantum Mechanics: Mittelstaedt, Peter: : Books Cited by: The interpretation of quantum mechanics and the measurement process.
[Peter Mittelstaedt; Cambridge University Press.] -- The main theme of this book is the idea that quantum mechanics is valid not only for microscopic objects but also for the macroscopic apparatus used for quantum mechanical measurements.
This is a monograph on the philosophy of quantum mechanics. In this book quantum mechanics is considered as a universal theory applicable to all physical objects, from atoms and molecules to.
Quantum Mechanics Volume I: Fundamentals - Chapter 4: The Measurement Process and the Statistical Interpretation of Quantum Mechanics Kurt Gottfried This is chapter 4 only of the 1st edition. This variety appears clearly in measurement theory, which is a necessary part of any consistent description of physical phenomena on the quantum level.
The orthodox view reflects a radical departure from the traditional attitude in the analysis of the external world, an attitude of mind inherited from the rationalistic by: 1.
At the quantum mechanics workshop to which these proceedings are dedicated, held in August at UMBC, the participants were polled as to their preferred interpretation of quantum mechanics.
The results are shown in Table 1. Interpretation Votes Copenhagen 13 Many Worlds 8 Bohm 4 Consistent Histories 4 Modiﬁed dynamics (GRW/DRM) 1.
interpretation of quantum mechanics” in Refs. [2, 3]. The arguments and descriptions of these references in fact involve assumptions concerning the measurement process which are consistent with, actually follow from, the results of the present paper.
In summary, all aspects required in the description of the evolution of physical systems. The forty-nine papers collected here illuminate the meaning of quantum theory as it is disclosed in the measurement process.
Together with an introduction and a supplemental annotated bibliography, they discuss issues that make quantum theory, overarching principle of twentieth-century physics, appear to many to prefigure a new revolution in science/5(7).
Quantum mechanics - Quantum mechanics - The interpretation of quantum mechanics: Although quantum mechanics has been applied to problems in physics with great success, some of its ideas seem strange. A few of their implications are considered here. Young’s aforementioned experiment in which a parallel beam of monochromatic light is passed through a pair of narrow parallel slits (Figure.
most notably the quantum measurement problem, have remained a matter of great controversy. This paper is intended to clarify key features of the decoherence program, including its more recent results, and to investigate their application and consequences in the context of the main interpretive approaches of quantum mechanics.
CONTENTS I. When Bell became increasingly irritated with the standard theoretical approach to quantum measurement, Viki Weisskopf repeatedly directed him to Gottfried’s book. Gottfried had devoted a chapter of his book to these matters, titled ‘The Measurement Process and the Statistical Interpretation of Quantum Mechanics’.Cited by: 1.
A new approach to the quantum measurement dilemma. With relativity theory, quantum mechanics stands as the conceptual foundation of modern physics.
Editors Richard A. Healey and Geoffrey Hellman marshal the resources of leading physicists and philosophers of science, skillfully joining their insights and ingenuity to yield some of the most.
This book is an up-to-date introduction to the quantum theory of measurement. Although the main principles of the field were elaborated in the s by Bohr, Schrödinger, Heisenberg, von Neuman, and Mandelstam, it was not until the s that technology became sufficiently advanced to allow its application in real by: This book looks in detail at the interpretation of quantum mechanics, a topic often ignored by standard quantum mechanics texts.
It takes issue with the Copenhagen Interpretation still adhered to by many physicists. It deals with many of the alternatives-many worlds, pilot waves etc in a thorough, though non-mathematical by: 5. Mittelstaedt categorises the so-called standard interpretation of quantum mechanics (à la Niels Bohr) as one that assumes that the macroscopic measuring instruments are subject to the laws of classical physics and that the measuring process itself is "unanalysable'' by means of quantum mechanics.
QUANTUM MECHANICS AND REALITY by BryceTHE MANY-UNIVERSES INTERPRET ATION OF QUANTUM MECHANICS by Bryce ONTHE INTERPRETATION OF MEASUREMENT WITHIN THE QUANTUM THEORY by Leon N. Cooper and Deborah van Vechten THE MEASUREMENT OFRELATIVE FREQUENCY byNeill Graham File Size: 4MB.
The volume Measurements in Quantum Mechanics explains different aspects of measurements in quantum mechanical systems. Understanding of quantum mechanics requires a careful definition of measurement.
The subject of measurement is a basic part of the problem of the interpretation of quantum mechanics, for which there is currently no Size: 10MB. Something Deeply Hidden Sean Carroll Dutton, $ Quantum physics is about multiplicity.
Its equations describe multiple possible outcomes for a measurement in the subatomic realm. An interpretation of quantum mechanics is an attempt to explain how the mathematical theory of quantum mechanics "corresponds" to gh quantum mechanics has held up to rigorous and extremely precise tests in an extraordinarily broad range of experiments (not one prediction from quantum mechanics is found to be contradicted by experiments), there exist a number of contending.
Quantum Reality is a popular science book by physicist Nick Herbert, a member the Fundamental Fysiks Group which was formed to explore the philosophical implications of quantum theory.
The book attempts to address the ontology of quantum objects, their attributes, and their interactions, without reliance on advanced mathematical concepts.
Herbert discusses the most common interpretations Author: Nick Herbert. Wikipedia has a most comprehensive page on the Interpretations of Quantum Mechanics.
As with our analysis of positions on the free will problem, there are many interpretations, some very popular (with many adherents), some with only a few popular views are defended in hundreds or journal articles and published books.Leslie Ballentine promoted the ensemble interpretation in his book Quantum Mechanics, A Modern Development.
In it, he described what he called the "Watched Pot Experiment". His argument was that, under certain circumstances, a repeatedly measured system, such as an unstable nucleus, would be prevented from decaying by the act of measurement itself.The many-worlds interpretation defines measurement as any physical procedure in which the observer gets entangled with a quantum system.
Before the measurement, the universe containing the observer and the quantum system is in a direct product state, so the observer knows nothing about the quantum system.
After the measurement, the two subsystems of the universe become entangled. Every direct-product term in the entangled state is interpreted .


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Trying to import the client’s workstations and servers into the current vsphere environment. After taking a system image within Windows, I mounted the USB device (with WindowsImageBackup directory in the disk’s root) and restored into the VM. Subsequent boot yielded BSOD. Stumbled upon this VMware KB article which solved the problem first shot.
- Click Start > Run, type regedit, and click OK. The Registry Editor window opens.
- In the Registry Editor, select HKEY_LOCAL_MACHINE.
- Select File > Load Hive.
- Navigate to the drive on which Windows is installed (usually C:\).
- Open the file named SYSTEM located at Windows/system32/config.
- Name the file as P2V, when prompted.
- Navigate to HKEY_LOCAL_MACHINE\P2V\ControlSet001\services\LSI_SAS.
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VMware KB: Virtual machine fails to boot with a blue diagnostic screen stating: 7B Stop Code after using VMware Converter.


We all know/believe that as we approach the speed of light, time will become infinite and we may not be able to reach the speed of light. In other words nothing can travel faster than the speed of light. But in our last blog, Time Machine will remain fiction forever, we have expected to understand time better at infinity or near speed of light with the Teleportation and it’s timeline example. Let us try to understand with some examples the results of traveling at speeds near speed of light, at speed of light and beyond the speed of light.
We have seen in the previous blog that one second of earth’s time can be equal to 1 minute or 1 hour or 1 year of another planet or vice versa. There is actually a formula to calculate the exact slowness of time (also called time dilation) known as Lotentz Transformation factor credited to dutch scientist Hendrik Lorentz.. We now know that time becomes slower and slower as we reach the speed of light. This formula uses the speed of the time traveler (‘v’ in below formula) to determine how slow his time will run.
Here c is the speed of light and v is velocity of an object or Time Traveler. We usually consider the value of speed of light, c, equal to one, and change v proportionately, so that calculations becomes easier. For example if speed of light is 1, the ‘v’ would be 0.5 for half the speed of light, 0.9c would be 0.9 times speed of light. We see that when v = c or in other words both v and c are equal to one, the Lorentz factor becomes infinite.
[ 1/ sqrt(1- (1/1)) ; 1/0 = infinity ]
Though the time becomes infinite, we can actually calculate time dilation upto or very near the speed of light. We have Lorenz transformation factor which we can use to calculate the factor of time dilation (how slow the time will become). I have calculated Lorentz transformation factor below for some values that we can consider as equal or near equal to the speed of light.
In the above table, we can see that when the speed of time traveler is 0.9 times the speed of light his clock will run 2.3 times slow than that on earth, i.e earth’s 1sec = time traveler’s 2.3sec. Similarly we can keep on adding 9 at the end of that number to increase precision and actually calculate how slow the time traveler’s clock will run with respect to time on earth.
We had all expected that the time will become slower and slower as we reach the speed of light and we may not actually reach the speed of light. But as we can see the amount of time dilation increases by only 3.16 times approx (time becomes slow by 3.16 times) as we keep on adding 9 to increase the precision. That means we can actually calculate the time dilation at the speed of light and time may not actually be infinite.
There is one more reason why time dilation cannot continue to increase forever. Whenever we need to reach a number we reduce one from it and divide it. We will get a precision upto one less digit than the digits in that number. E.g. speed of light is 2,99,792 km/s (6 digits). To get a number very near to that number we reduce 1 from that number and divide it by the number. We get only five 9s after the decimal and six 9s can be considered being reached that number and any more 9s are unnecessary.
When we again look at the chart we can see that at six 9s in the precision we only get 11min47sec of time dilation i.e 1sec of earth time will be equal to 12 minutes approx. of the time traveler. That means if nothing can travel faster than the speed of light except light itself, then there cannot be time dilation more than 12 minutes anywhere in the Universe or it is possible to travel faster than light. That also means that the e.g. of Time Traveler in last blog where earth’s 1sec = Time Traveler’s 1 hr is not really possible! (It would be 1 hour, if we considered speed of light in meter/second or even more with different units).
But what if the Time Traveler is traveling beyond the speed of light itself? As we have seen above, Lorentz transformation factor is based on the speed of light and anything beyond speed of light or at speed of light cannot be handled by this formula. So we can’t just keep on increasing precision! Instead we can try and understand our universe directly with the time dilation example used in previous blog irrespective of speed of Time Traveler.
I would once again like to thank Sir Larry Randles Lagerstrom, for the online course “Understanding Einstein and Special Theory of Relativity” on coursera.org, without which I could not have understood Lorentz Transformation and other aspects related to Time and Special Theory of Relativity. I have not yet completely understood the whole course, I keep watching the video lectures to better understand it.


I have been spending some time figuring out which technologies and techniques are being employed in medical research and other fields were monitoring of brain activity is applied, like neuromarketing.
Some methods which are relevant to determining the users cognitive, affective and emotive responses are measurement of:
- Brain-> EEG: Measurement of brain activity; electrical activity along the scalp by detecting voltage fluctuations resulting from ionic current flows within the neurons of the brain.
- Heart-> ECG:Measurement of the heart rhythm; the electrical activity of the heart over a period of time, as detected by electrodes attached to the outer surface of the skin
- Eyes-> EOG: Measurement of eye movements by monitoring the resting potential of the retina.
- Muscles-> EMG: Measurement of muscle contraction: the electrical potential generated by muscle cells when these cells are electrically or neurologically activated.
These methods are jointly used in a process called Polysomnography: recording of the biophysiological changes that occur during sleep.
- MRA: A group of techniques based on Magnetic Resonance Imaging (MRI) to image blood vessels.
- Actigraphy: a non-invasive method of monitoring human rest/activity cycles which measures the users movement or activity using an accelerometer.
- MRI: a medical imaging technique using magnetism and radio frequency fields to visualize internal body structures.
Lung activity and size:
- Spirometry: Measurement of the amount (volume) and/or speed (flow) of air that can be inhaled and exhaled.
- Plethysmography: Measurement of changes in the volume of organs, like the lungs.


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Beawer PT-1 is prototype for compact device enabling precision testing and operation of MEMS (micro-electro-mechanical system) heater devices. It is designed to deliver up-to 5W into a platinum-based microsystem heater, while obtaining information about heating element resistance by 4-wire sensing interface. Beawer involves double DC-DC conversion circuitry with 3V..6V inputs, which generates constant internal 3.3V and 5V supplies and variable heater voltage up to 25V. Linear heater current controller enables currents up to 1A with minimal power dissipation due to variable supply voltage. The heater resistance is derived differentially by superposing sinusoidal AC current of variable frequency in 1Hz to 100Hz range into the DC current value and measuring the corresponding AC part of the heater voltage by performing synchronous detection at selected carrier frequency. Analog signal conditioning circuitry involves differential stages for heater current and voltage measurements and subsequent low-pass pre-filtration to 400Hz in 3-pole Butterworth linear filters. After 14-bit ADC conversion, the DC and AC voltage and current values are processed in dsPIC33FJ128GP804 digital signal controller. Internal digital interface to the Beawer controller includes USB, SPI and RS485 physical layers. For power outputs of 2W and less, Beawer can be operated and supplied directly from PC USB interface.


This is new technology that improves upon MDR and EDR, which themselves are great solution from older solutions. this solution to ensure the security of corporate networks, many organizations are implementing various endpoint solution.
Endpoint detection and response (EDR):
Endpoint detection and response solutions are designed to provide state of art protection for corporate endpoints. These solutions provide multi-layer fully integrated endpoint protection. Real time continuous monitoring is combined with data analytics to detect threats, and automated, rule-driven response enables rapid mitigation of detected threats. An endpoint is a point on the network granting access to authorized users. The device connected to the network is called an endpoint device. Endpoint detection and response (EDR) is a security strategy dedicated to securing endpoints. EDR is usually offered by third-party security experts who analyze the endpoint components of the network and then design a security strategy dedicated to protecting the endpoints. MDR 24 x 7 & EDR
Managed detection and response (MDR)
Managed detection and response (MDR) is a service that provides advanced threat detection and mitigation. MDR enables organizations of all sizes to outsource endpoint protection cyber security efforts to third-party experts. MDR specialists offer an assessment of the security posture of the organization. Typically, this involves detecting vulnerabilities and threats that might be exploited by attackers. After completing the assessment, the MDR specialist develops a comprehensive security strategy, which is implemented and maintained by the MDR service.
Extended detection and response (XDR)
Extended detection and response (XDR) is the next phase in the evolution of EDR. XDR provides detection and protection across all environment components, including networks, cloud infrastructure, software as a service (SaaS) applications, and other network components. XDR is more evolve, cross-platform approach to endpoint detection and response. It combines the multiple tools of EDR and MDR into a central, integrated view. It often uses machine learning and artificial intelligence to do this successfully. XDR Service.
Where do you go from here? If you know you need to both strengthen and make it easier your cybersecurity measures and need the best managed security service provider. Check out Cybersecurity services to get better idea of what solution capabilities will be right for you.


The Charge and Sync Station 16 is an ideal solution for schools, corporations, or any organization trying to manage multiple portable devices such as iPads, Android tablets or other USB-charged devices. This ruggedly-built unit allows you to charge or sync up to 16 devices at once and vastly simplifies tablet deployment. Multiple, power-hungry devices charge quickly and efficiently because the Charge and Sync Station 16 supplies a full 2.4 amps to each USB port. Optimal charging is ensured with Aleratec's Active Smart Charge technology that detects the type of device that is connected and provides the right specification to that device. Designed for convenience and portability, the heavy-duty metal enclosure includes a carrying handle to move the unit from room to room, and the included tablet racks neatly hold up to 16 portable devices while they are charging and syncing. As the use of tablets and other USB-charged devices grows in corporate, educational and commercial environments, Aleratec’s Charge and Sync Station 16 helps keep all your devices charged, synced and ready to deploy.
- Simplifies tablet deployment with fast charging and syncing
- Charge or sync up to 16 tablets simultaneously
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- Provides up to a full 2.4 amps per port for quick charging
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How does the Charge and Sync Station 16 work?
The Charge and Sync Station 16 is a “Charge-Sync USB” device that functions as both a charging station and a USB hub. The metal enclosure includes 16 USB ports that support smart charging of iOS, Android and other USB-charged portable devices. Once the devices are connected, the Charge and Sync Cabinet 16 supplies up to a full 2.4 amps per port for speedy charging. The unit also allows you to connect it to a PC or Mac through a USB port for easy synchronization with iTunes or other application.
Does the charge and Sync Station 16 work with different types of tablets?
Yes, the Charge and Sync Station 16 supports iOS, Android and other tablets and can even be used on other USB-charged devices like smartphones.
Why is Active Smart Charge Technology important?
Active Smart Charging ensures that all your connected devices charge optimally. It’s an important feature because different brands of tablets use different specifications for charging. Rather than setting one charging specification, Active Smart Charge technology detects the type of device that is connected and provides the right specification to that device.
Are the tablet racks included?
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Akeratec Portable Device Management (PDM) Solutions
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ThinkPad Tablet DC Charger


Download: wiacam 1.12 (36 Kb)
Feedback: TC forum topic
Most of today's avalaible digital cameras can be mounted in two ways: as a disk drive and as an image capture device. Althrough the first way is the most handy, there are number of cameras (especially from Canon and Fuji) which can only be mounted in the second way. In this mode camera operates through Picture Transfer Protocol (PTP), and appears as device in the "Scanners and Cameras" entry in Windows Explorer.
This plugin allows to access digital cameras which support PTP or PictBridge protocols. Latest versions of Windows (Me, XP, 2003) already have facilities for comunication with such cameras without need for special drivers installation. PTP enabled cameras represented in Windows as WIA (Windows Image Acquisition) devices, and being connected they are located in "My Computer".


Practical application of artificial intelligence (AI) in medical field is expected to reduce the burden on medical staff, especially physicians, and improve the quality of healthcare we provide. In addition, AI is predicted to become an essential technology in medical field and utilized extensively in the near future. Under the “Industry-Academia Collaboration Project for Human Resource Development to Accelerate AI R&D in the Healthcare Field” program of the Ministry of Education, Culture, Sports, Science and Technology (MEXT), 3 universities in Japan, consisting of Tohoku University (Sendai, Miyagi Prefecture), Hokkaido University (Sapporo, Hokkaido Prefecture), and Okayama University (Okayama, Okayama Prefecture), have proposed the “Global x Local-leading-edge AI research and development for solving problems in the medical field” program, which was successfully selected for federal funding in 2020. The Medical AI Research and Development Center was established to accelerate the medical AI research and development with “world-class” and “internationally competitive” standards by working closely with the Graduate School of Medicine, Department of Health Sciences, School of Medicine, the Graduate School/Faculty of Information Science and Technology and Faculty of Pharmaceutical Sciences of Hokkaido University.
The MEXT defined 6 medical areas where AI should be used: genomic medicine, diagnostic imaging assistant, medical diagnosis and treatment, drug development, dementia care, and surgical assistant. We will identify the needs in all 6 areas by collaboration of clinical departments of Hokkaido University Hospital, and implement AI by utilizing the state-of-the-art technologies with companies in Japan and overseas. We aim to develop ready-to-be-used medical AI systems and will actively implement them in society so that they can be broadly adopted in medical field.
Professor of the Department of Diagnostic Imaging,
Hokkaido University Graduate School of Medicine
Professor of the Department of Diagnostic and Interventional Radiology,
Hokkaido University Hospital
Director of the Medical AI Research and Development Center
KUDO Kohsuke, MD, PhD


Fields of Interest
M.S., Astronomy, University of Washington, 2021
B.S., Physics, UC San Diego, 2019
I am generally interested in computational modeling and data science, with applications to stellar dynamics and evolution. This involves simulating the evolution of binary stars using VPLanet and comparing simulations to constraints from large-scale datasets (Gaia, Kepler, TESS) as well as follow-up observations on APO 3.5m. At the intersection of theory and observation (working with Rory Barnes and James Davenport), I am interested in applying/developing tools with machine learning that are efficient and interpretable for statistical inference challenges (e.g. non-linear, computationally expensive, high dimensional).


During the last few years, we have been able to observe how our world is changing. The Internet of Things, the Big Data or the Blockchain are just some new friends that have come into our lives. But if you think you’ve seen it all after reading our article about Blockchain and Project Management, do not lose sight of this article about the influence of AI (Artificial Intelligence) in Project Management. The Renaissance of Technology has already begun in Project 2080.
What is Artificial Intelligence?
First of all, what is intelligence? Intelligence is the faculty of the human mind that allows us to learn, understand, reason, make decisions and form a certain idea of reality. Intelligence itself is a human faculty. But when certain “cognitive” operations typical of humans, such as self-learning, decision-making, and problem-solving, are transferred to a computer program, we would be talking about Artificial Intelligence. In other words, Artificial Intelligence is algorithms that think and act as if they were human beings. As the author Lasse Rouhiainen would say in his book Artificial Intelligence, AI is the ability of machines to use algorithms, learn from data and use what they have learned in decision-making just as a human being would.
How Artificial Intelligence works
As the famous British mathematician Clive Humby originally pointed out, data is the new oil. Artificial Intelligence feeds on increasingly complex algorithms. The development of AI is getting faster thanks to the exponential increase in computer processing.
Nowadays, we have a large amount of data available for using. Data analysis is generally based on two types of information: structured data and unstructured data. Big Data is helping large companies improve their internal and external operations. According to Kai-Fu Lee there are 5 steps that large technology companies must take to perfect their AI solutions. These are:
- Obtaining more data
- Better products based on AI
- Larger number of users
- Higher earnings
- More experts and scientists in AI
That said, the question for us is: how can Artificial Intelligence evolve within the field of Project Management? Keep reading.
Will Artificial Intelligence influence Project Management?
As we have said before, one of the characteristics of Artificial Intelligence is its capacity for massive data management. Ya Kai-Fu Lee (Sinovation Ventures) mentions it as the first step for the development of Artificial Intelligence to take place. What does this mean? Well, basically, the fuel that fuels Artificial Intelligence is the data. In other words, we are talking about the fact that Big Data makes Artificial Intelligence learn from all the data it offers and that it makes decisions, statistically based on them.
We could say that Project Management is a large database in itself. The project manager must deal with a massive amount of data, such as basic project information (project name, client, project location, project code, project managers, among others), risk and opportunities for the project, project data about other stakeholders, data on the project schedule (start and end of the work, duration of activities, allocated resources, project progress, project constraints, etc.), budget and project costs, manufacturers and subcontractors, warranty, change orders, and much more. It is because of this amount of data that Artificial Intelligence might become part of project management very soon.
Will Artificial Intelligence replace Project Managers?
To answer this question, or at least to find out if in the short term the AI will take control of the projects, access the website about Will Robots Take My Job? The “Fourth Industrial Revolution”, a term coined by Klaus Schwab to refer to this new era. This will tell us if finally the work of the Project Managers is replaced or not by Artificial Intelligence. The Cyberphysical Systems could get to develop machines capable of executing any type of project on their own. Our intuition tells us that this will happen sooner or later. The question we ask ourselves in Project 2080 is: when?
How will Artificial Intelligence change the world of Project Planning and Control?
We have already seen that Artificial Intelligence feeds on a large amount of data, which it organizes and uses through its own algorithms for decision making. In a project, there is an area that stands out above the rest in terms of the amount of data. We are talking about the Project Schedule. This is considered a large database. The schedule includes the work structure, general project data, reference codes for activities, resources, budget, costs and thousands of other data.
Artificial Intelligence, thanks to machine learning and deep learning will be able to learn from the As-Built data of each of the projects that are being finalized. In this way, every single lesson learned during our projects, and thanks to the statistical treatment of the data, will allow future projects to be planned and get closed from the early stage to a future reality that we do not know a priori. Planning using Artificial Intelligence will significantly reduce the risk and uncertainty of the project.
How AI could be applied in Project Management?
There are several applications that could be carried out in Project Management thanks to Artificial Intelligence:
- Project risk reduction
- Resource Management
- Project Performance Management
- KPI analysis
IN PROJECT 2080 WE WOULD LIKE YOU TO REMEMBER
The Fourth Industrial Revolution will implement Cyberphysical Systems in all facets of our life. 3D printing, robotics, the internet of things, autonomous vehicles, nanotechnology, blockchain or quantum computing are some of the technologies that will coexist with us. However, among all of them, the one that will have the greatest impact on our lives is Artificial Intelligence.
Due to the nature and massive handling of data carried out in Project Management, Artificial Intelligence has a high probability of gradually replacing the techniques that are currently used. The field of Planning and Project Controls will be one of the areas of Project Management where Artificial Intelligence can be applied in a deeper way. Therefore, as professionals in the Planning and Project Control sector, we must update our knowledge, deepen and learn more about this new technology that has come to stay with us.


By now we have checked the guitar headstock, nut, string tees and tuning keys.
The strings have been replaced and the neck curvature has been checked
Before adjusting the electric guitar pickups, it will be beneficial to understand their characteristics. Basically, the guitar magnetic pickup consists of a bar magnet or a series of
windings, produce a brighter sound. Guitar pickups that have larger gauge wire and more coil windings create a richer, fatter tone. The windings around the magnets produce a magnetic field, similar to that of the field coils of an electric motor. In the case of the electric motor, the electrical energy produced by the armature magnets passing through the field coils is transformed into motion.
To raise the guitar pickups, turn the adjustment screws in a clockwise direction. To lower the pickups, turn the adjustment screws in a counter clockwise direction. Using a small scale, measure the distance from the bottom of the guitar string to the top of the pickup while the string is fretted. We recommend using the manufacturer’s guitar specifications. If this information is
not available, a good rule of thumb is to set the clearance on the low E string at 8/64th (1/8th) of an inch, 6/64th of an inch on the high E string and fine tune from there. Once again, if your guitar’s settings vary from the recommended measurements and you are happy with the way it plays and sounds, don’t change it! Your satisfaction with the guitar is what matters, not specifications.
Now that the electric guitar pickups are properly adjusted for your playing style, it’s time to move to the next section of Electric Guitar Setup .com; Guitar Maintenance: Cleaning, Polishing and Storage of Your Electric Guitar.
the instrument is played aggressively, the pickups need to be set low (more clearance) to allow enough clearance between the pickup pole and the string. The pickup height adjustment measurements are taken from the lower edge of the string to the top of the pickup cover, or the pickup pole, while the string is fretted at the last fret on the neck.
to a speaker or set of speakers.
The two most common electric guitar pickup types are the single coil (single pole) and the humbucker units. With a single coil pickup, the background noise of the power supply, referred to as a 60 cycle hum, is often prevalent. To solve this problem the humbucker pickup was developed. The humbucker consists of two single coil pickups mounted side by side which are wired in opposite polarity. This diverse polarity factor cancels out the 60 cycle hum noise and loud volumes are crisp and clear.
Electric guitar pickups are mounted on the pickguard or the body. There are adjustment screws on each side of the pickup. The adjustment screws not only set the pickup height, but isolate the pickup from harmonic vibrations by allowing it to float on springs, polymer, or rubber bumpers. If the pickup height is too low, the guitar will sound dull and muddy. Guitar pickups that are too high will contact the strings and buzz.
String gauge, playing style, the type of pickup and the magnetic field strength of the pickup directly affect the guitar pickup adjustment. If
Conversely, guitar magnetic pickups convert the motion of the vibrating strings passing through the field coils into electrical energy. This low voltage electric current is then channeled to an electric guitar amplifier, which then sends the amplified current
magnets, wrapped with thousands of turns of fine gauge wire. As a rule of thumb, guitar pickups with smaller gauge wire and less


Desk Banknote Counter Rx220
Counterfeit Detecting Function <UV, MG, IR>:
Auto start counting mode/ Manual start counting mode
Addition function: Under this mode the new counted quantity will be added to the previous counted quantity.
Batch function: Preset the counting number you need, machine will be stop when the preset counting number is reached. And machine will work again when the banknotes are taken off.
Chained note detection (two sheets): When detects chained note, the machine will stop and emit beeping sound. The sensitivity of which can be adjusted by using the buttons in the panel.
Size detection: Regarding the first banknote as the standard, the smaller note in width (2mm difference) can be detected. The sensitivity of which can be adjusted by using the buttons in the panel.
Half-note detection: When detects half-note, the machine will stop and emitbeeping sound.
Customer display: Included.
with LCD display, which make it quite beautiful
Counting speed: 1000PCS/min
Banknote size: 110 x 50mm - 190 x 90mm
Counter display: 4digits
Batch display: 3 digits
Hopper capacity: 200PCS
Stacker capacity: 200PCS
Power supply: AC120V, 60Hz / AC230V, 50Hz
Power consumption: 75W
Dimension: 285mm x 255mm x 180mm
Net Weight: 6kgs


Samsung Galaxy Z Fold 5 May Finally Get Rid of The Display Crease
Foldable smartphones are gaining popularity due to their innovative design and unique features. However, one issue that has plagued these devices is the display crease, which is caused by the folding mechanism of the screen. The Samsung Galaxy Z Fold 5, which is set to be released later this year, may finally solve this problem.
Samsung has been pushing the boundaries of smartphone design with its Galaxy Z series. The company has been experimenting with foldable displays for a while now, and its latest iteration, the Galaxy Z Fold 5, is rumored to be the best one yet. One of the most exciting rumors about the Galaxy Z Fold 5 is that it may finally get rid of the display crease that has been a common issue with previous foldable phones. Let’s take a closer look at what we know so far about the Samsung Galaxy Z Fold 5.
The Display Crease Issue
Foldable phones have been around for a few years now, but they are still relatively new in the market. One of the biggest challenges that manufacturers have faced is how to create a display that can fold without causing a crease in the middle. The crease can be a distraction when viewing content on the screen and can even affect the touch response of the device.
Samsung has been working hard to solve this issue with each new iteration of its Galaxy Z series. The company has made significant improvements with each release, but the crease has still been a noticeable issue. However, according to the latest rumors, the Galaxy Z Fold 5 may finally solve this problem.
The Latest Rumors
The Galaxy Z Fold 5 is still in the development stage, so there is not much information available about its specifications or release date. However, some leaks suggest that the device may come with an under-display camera that could help eliminate the crease issue. An under-display camera is a camera sensor that is placed under the screen and is invisible to the user when not in use. This would mean that there would be no need for a notch or a hole-punch display, which could help eliminate the crease issue altogether.
Another rumor suggests that Samsung may use a new hinge mechanism that could help reduce the crease. The company has already made improvements to the hinge in the previous Galaxy Z Fold models, but this new hinge mechanism could be the key to eliminating the crease entirely.
The Samsung Galaxy Z Fold 5 is shaping up to be an exciting device, and the possibility of finally getting rid of the display crease is a significant development. Samsung has been listening to feedback from users and critics alike and has been working hard to address the issues with each new release. While we will have to wait for official confirmation from Samsung, the rumors suggest that the Galaxy Z Fold 5 may be the foldable phone that finally solves the display crease issue.
If Samsung can deliver on these rumors, the Galaxy Z Fold 5 could be a game-changer in the smartphone market. It would offer users a unique and innovative design with no visible crease on the screen. We will have to wait and see what Samsung has in store for us, but one thing is for sure – the Samsung Galaxy Z Fold 5 is a device that we should all be excited about.
Frequently Ask Question (FAQs)
Q: What is the Samsung Galaxy Z?
A: The Samsung Galaxy Z is a series of foldable smartphones produced by Samsung. These phones feature a foldable display that allows them to fold in half, making them more compact and easier to carry around.
Q: How many models are there in the Samsung Galaxy Z series?
A: As of March 2023, there are three models in the Samsung Galaxy Z series: the Galaxy Z Fold 3, the Galaxy Z Flip 3, and the Galaxy Z Fold 2.
Q: What are the differences between the Galaxy Z Fold and the Galaxy Z Flip?
A: The Galaxy Z Fold is a larger phone that folds in half to become more compact, while the Galaxy Z Flip is a smaller phone that folds in half to become even smaller. The Galaxy Z Fold features a larger, tablet-sized inner display, while the Galaxy Z Flip has a smaller, more traditional phone-sized display.
Q: What are some of the key features of the Samsung Galaxy Z series?
A: Some of the key features of the Samsung Galaxy Z series include foldable displays, high-end specs, and innovative designs. These phones offer a unique and futuristic look that sets them apart from other smartphones on the market.
Q: What are some of the benefits of owning a Samsung Galaxy Z phone?
A: Some of the benefits of owning a Samsung Galaxy Z phone include a larger display that can fold in half, making it more compact and easier to carry around. These phones also offer high-end specs, such as powerful processors and high-quality cameras.
Q: Are Samsung Galaxy Z phones more expensive than other smartphones?
A: Yes, Samsung Galaxy Z phones are generally more expensive than other smartphones on the market. This is due to the unique foldable display technology and high-end specs that these phones offer.
Q: Can the Samsung Galaxy Z display be damaged by folding it too many times?
A: Samsung has designed the Galaxy Z with durability in mind, and the company claims that the phone can be folded and unfolded hundreds of thousands of times without any issues. However, it is still recommended to take care when folding and unfolding the phone to ensure its longevity.
Q: What is the battery life like on the Samsung Galaxy Z?
A: The battery life on the Samsung Galaxy Z varies depending on the model and usage, but generally, these phones offer a decent battery life that can last a full day with moderate usage. The Galaxy Z Fold 3 and Galaxy Z Flip 3 also support fast charging and wireless charging.


프로 오디오 테크놀로지 스피커중 sm 모델 스피커들은 튼튼한 바닥면위에 올려놓고 사용하는 스피커로 크기가 크고 고출력을 내보이는 스피커 입니다. 스피커 윗편과 아래편에 나사 고정 장치가 자리하고 있으며 PRO 앵글 고정 장치 사용이 가능하도록 하고있습니다.
Designed as a mate to the SCR-12sm loudspeaker, the LFC-15sm provides the visceral slam and weight of the cinematic experience in an installation friendly form measuring only 12-inches deep. Similar in many respects to the LFC-18sm, it employs a single 15-inch driver powered by the same massive motor system found in its larger sibling. Weighing nearly 30 pounds, the large magnet provides enormous force to the driver, assuring that bass response is tight and articulate. In addition, the 4-inch voice coil maximizes thermal power handling, resulting in concussive dynamics while allowing the LFC-15sm to perform at sustained high output levels without the distortion or dynamic compression so common in traditional consumer audio designs.
Developed as part of a sophisticated digital cinema system, the LFC-15sm and its companion PRO amplifier employ advanced Digital Signal Processing (DSP) for high resolution frequency response shaping optimized for cinema soundtrack reproduction. In addition, the LFC-15sm is sonically optimized to blend seamlessly with all PRO loudspeaker systems, creating a single, powerful full-range voice. Maximum output is >120dB. A minimum of two units is recommended for system balance and improved low frequency distribution.


In the vast majority of home LANs, only a wireless router is used from active equipment. However, in case you need more than one 2.5Gbe wired connections, you will need to add a network switch (although today most routers comes with four to eight 1Gbe ports for devices). The second reason for purchasing this equipment is for faster network wiring. For example, ASUS ROG RT-AX1100 router only have one 2.5Gbe and 4 ports of 1Gbe and I have multiple devices can support up to 2.5Gbe speed.
The simplest models of network switches have just a couple of key characteristics – the number of ports and their speed. And taking into account modern requirements and the development of the element base, we can say that if the goal of saving at any cost or some specific requirements is not worth buying, it is worth buying models with gigabit ports. Gigabit networks with a speed of 1000 Mbit / s are of course used today, but it is unlikely that their users will face the problem of lack of ports on the router. Moreover, it will be appropriate here to use a 2.5 gigabit switch to increase the performance of the entire wired LAN.
In this article, we will get acquainted with the ASUSTOR ASW205T switch. This device has five 2.5Gbps ports capable of providing 25Gbps connections. The ASUSTOR ASW205T also support backward compatible support 1Gbps and 100Mbps speed.
Delivery set and appearance
The switch is shipped in a brown cardboard box, which is customary for the corporate segment, with a simple design. The package is traditional – a switch, a power cable, mounting screw and a set of brief documentation.
Connection and configuration
No configuration required
It is clear that no one will come up with a unique design for such equipment as a network switch. The model has a body made of thick metal, painted with black matte paint. On the upper side, the glossy logo of the manufacturer stands out slightly.
The rear panel contains the power cable inlet and ventilation for the heat outlet.
There is an air intake grill on the left side of the case, and this is a fanless design.
The front panel received a neat insert with a pattern characteristic of the company’s design. On the right side there is a power status indicators and all the main space in the center is occupied by five 2.5 gigabit ports for copper cable.
The bottom of the case allow you to wall mount.
Specifications and capabilities
- Management Type: Unmanaged
- Chipset : RTL8731+RTL8221B
- Number of Ports:５
- Speed: 2.5Gbps /1Gbps / 100M
- Jumbo Frames: 12K
- Supported Standards
- IEEE 802.3 Ethernet
- IEEE 802.3u (100BASE-T)
- IEEE 802.3ab,(1000BASE-T)
- IEEE 802.3bz (2.5GBase-T)
- IEEE 802.3x (Full-Duplex Flow Control)
- Switching Capacity: 25Gbps
- MAC Address Table: 16K
- Total Non-Blocking Throughput : 12.5Gbps
- Packet Buffer Memory: 4.1Mbit
- Packet Forwarding Rate:18.6Mpps
- Advanced Features: IEEE 802.3X Flow Control
- Transfer Method: Store and Forward
- Power Supply Description: Adapter
- Max. Power Consumption : 10W
- Input Power Type: DC
- AC Input Voltage Range: 100V~240V 50/60Hz
- Fanless : Yes
- LED Indicators
- Per Port: Speed / Activity
- Operating Temperature: 0˚C to 40°C (32°F to 104°F)
- Operating Humidity: < 85% No condensation
- Non-Operating Temperature: -10°C-85°C (14-176°F)
- Certification: FCC, CE, VCCI, BSMI, C-TICK
Size and Weight
- Size: 28 (H) x 140 (W) x 90 (D) mm
- Weight: 350 (g) / 0.77 (lb)
The case is secure by two screws.
The design of the PCB board is very straightforward.
The switch main processor is cooled by aluminum
Each LAN connection contain two chipsets:
- UDE L22H017-0 is a isolation and low common mode emissions interference filter
- Realtek RTL8221B is a highly integrated Ethernet PHY transceiver that is compatible with 10BASE-Te, 100BASE-TX, 1000BASE-T, and 2.5GBASE-T
The main network processor Realtek RTL8371 – “We don’t have information for this chipset”
PI6C2405A-1HWIE is a clock generator from diodes
Two 74LVC595A act like a ESD function and fully specified for partial Power-down applications using IOFF. The IOFF circuitry disables the output, preventing the damaging backflow current through the device when it is powered down.
Benchmark: Jumbo Frames
We will be using ASUS ROG RT-AX1100 – 2.5Gbe port <Connect> ASUSTOR ASW205T >ASUSTOR AS6604T – 2.5Gbe / Desktop 2.5Gbe
Our desktop will be using XPG GAMMIX S50 PCIE GEN 4 M.2 SSD
Default jumbo frames MTU: 1500
Jumbo Frames MTU: 4000
Jumbo Frames MTU: 9000
The transfer speed maintain at 2.3 – 2.5Gbps from our NAS – ASUSTOR AS6604T.
Click here to purchase ASUSTOR ASW205T at promotion price $165 from now until 30/11/2021. *While stock last.


Hooking up multiple monitors to one security digital video recorder
I have a question on hooking up multiple monitors to one DVR. I have a 3 year old Everfocus DVR that has only one flat panel monitor connected to it. The dvr has only one BNC connection for a main monitor. My boss wants me to add 2 more monitors, one in the warehouse managers office and one in the front office. Since there is only one connection on the surveillance recorder how can i connect two more monitors?
Does the dvr also have VGA output?
If you have flat panel monitors with bnc inputs do they have bnc outputs too? There may be a loop thru connection to go to the next monitor. If not you will have to look for a bnc distribution box or convert the signal to some other format. (vga)
If these monitors are "loop through", you can wire from monitor to monitor to monitor. If they are I would assume they are made for the cctv industry.
Another thing you can do is this:
If the monitors have the yellow composite video RCA jack on the back, you can use a BNC to RCA adapter connector to convert the coaxial cable to the RCA input and possibly get all thre monitors to work. Picture will be crappy though. Can you get back with us with more details like the monitor model numbers or DVR model?
I heard about this through one of my friends, But I didn't have total knowledge regarding the topic. How can we hook up 2 monitors to single PC. I need to know how to hook up and want to have the stuff if just doesn't work. Please produce some more links providing some suggestions.
IP CCTV Canberra
Security Systems Canberra
To solve your problem is a pc issue. Buy and install a video card with dual monitor outputs. I think the op is asking different questions than pc based by the way.
Originally Posted by JackerWilliams
To be honest, if the cable run lengths aren't too long, you should be able to just use a couple of BNC splitters. I know it's not best practice, but in reality, if it works then get it done!
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WIRELESS GAMING HEADSETS
The advantage of Wireless Gaming Headsets is obviously, no wires. This gives you the ultimate freedom and the liberty of being able to move around and not be bound by wires attached to a PC or gaming console.
The cost premium that use to accompany the wireless versions of headsets has all but been eliminated.
Several years ago, wireless headphones had a reputation for sound dropout and poor battery life. Those problems may have been a turnoff, but with current wireless technology that is no longer an issue. There is simply no drawback to ditching the wires in 2018.
Below you will find a complete list of Wireless Gaming Headphones that we have reviewed as well as our Best Wireless Gaming Headset List for 2018.
The Logitech G933 headphones are the wireless version of the G633’s and the sequel to the popular G930’s which came out way back in 2012. If I start by telling you that these cost $170, I think you’ll agree they have to be one of the best gaming headsets in the world. Specifications Versatile So…


We all use social media, smart phones and internet banking on a daily basis. Once revolutionary, app and cloud technology has now crept into our everyday lives to become the norm. This global transition is driven by our need for interconnectivity and mobility. Behind the scenes, networks of data gathering sensors and machine-to-machine communication are all hard at work.
Will accountants be replaced by robots?
When Google’s DeepMind artificial intelligence software beat the world champion in the strategy game Go, there was no turning back. This and other breakthroughs in emerging technologies are causing developers to rip up the rule book and are transforming the world of tax and accounting as we know it.
Digital transformation, Application Program Interfaces (APIs), bots and cloud computing are already fully established within the software industry with rapid advances within AI, big data semantics and blockchain technologies setting the pace for the future.
Where’s this all going?
The biggest case for automation at the moment is HMRC’s Making Tax Digital initiative and the automation of tasks – such as bookkeeping and tax preparation – which will drive market disruption. According to a 2015 report from the BBC, the likelihood of an accountant or taxation expert’s job becoming automated is 95%.
How will this all happen?
Software applications used to exist in silos which worked well on their own but not together. The development of APIs overcomes this limitation, allowing organisations to work with any software on an open platform which enables an adaptable customer experience. This digital tax profile has already been adopted in Denmark and Australia for over 10 years with great success.
Huge advances in the development of artificial intelligence are allowing for better prediction tools and computer learning, things like face recognition and natural voice learning are improving bot interactions daily. Further development in the fields of augmented or mixed reality will provide customers with a more immersive and realistic technology experience.
Big data and semantic web will provide a common framework that will allow big data to be shared and reused.
The Internet of things and blockchain
Not all the data being gathered is being used by humans. Small level changes can be done by computers to improve efficiency and reduce human error in financial transactions.
Blockchain is the technology behind Bitcoin, a foolproof, shared ledger or database that has huge potential usage. At Thomson Reuters Labs we’re working on bringing these new technologies into the hands of our customers and their clients. Don’t worry; I won’t bore you with all the techy details, perhaps there will be another blog for the avid tech enthusiasts!
So even though the promise of accountant-bots isn’t here quite yet, these technologies can already be utilised to help accountants to work smarter and better, whilst allowing software to handle more tasks which will help to make the transition to digital tax accounts that much easier.
Useful Techy Terms:
Bot – a software application that runs automated tasks over the internet.
API – in computer programming, an Application platform interface (API) is a set of defined specifications that make it easier to develop computer programs.
Bitcoin – a new payment system with completely digital money powered by users with no central authority or middlemen.
Blockchain – a public ledger of all Bitcoin transactions and the main technological innovation of Bitcoin, since it stands as proof of all the transactions on the network.
Mixed reality – a merging of real and virtual worlds to produce new environments and visuals that co-exist and interact in real time.


It is equipped with a 20000mAh battery and can play music for up to 24 hours.
Because it is equipped with two USB terminals for charging, you can charge smartphones.
IPX7 waterproof specification.
Compatible with JBL Connect Plus.
Equipped with a 20000mAh battery and two USB charging terminals.
Equipped with hands-free calling function.
Size (cm): 25.45 x 49.5 x 19.55
Weight (kgs): 5.25
Boombox; Power adapter; Cable, Instruction manual Manual [PDF]
Wireless compatible: Bluetooth
Manufacturer model number: JBLBOOMBOXBLKJN
Product package dimensions: 19.5 x 49.5 x 25.4 cm; 5.25 Kg


While it is evident that IoT (Internet of Things) will be a revolutionary force in many ways, it also presents challenges and opportunities across multiple industry sectors. Based on in-depth analysis performed by global communities, such as the World Economic Forum, the success of IoT may hinge upon:
- Return on investment (social, commercial or otherwise) for use/business case scenarios;
- Standardization which provides interoperability, compatibility, reliability, and effective operations globally; and
- Security, privacy and safety for humans and things
In this webinar, Satish Parupalli of Intel presents the International Electronics Manufacturing Initiative’s (iNEMI) vision for IoT in the coming years. He discusses the origins and foundations of IoT, and then moves on to the situation analysis where market growth is analyzed by leveraging research and concludes with a discussion of critical issues with regard to realizing the potential of this new wave of technology/computing.


An associate professor of biological systems engineering Y. H. Percival Zhang, leading the research team at Virginia Tech’s Agriculture and Life Sciences and College of Engineering, developed a battery run by natural sugar. It can replace the typical batteries we normally use in daily life. Its life span is around three years!
While this not the first time sugar batteries have been developed, Zhang claims his prototype has an energy density of a higher order of magnitude than others, which allows it to run longer before needing to be refueled.
The sugar batteries comprise of fuel, in this case maltodextrin, a polysaccharide made from partial hydrolysis of starch. Such element and air can generate electricity, and water is its main byproduct.
“We are releasing all electron charges stored in the sugar solution slowly step-by-step by using an enzyme cascade,” Zhang added.


GN ReSound Unite Remote Control 2
The ReSound Unite Remote Control 2 is for users who would like an easy overview of their hearing aids *and accessory settings. You can use it to change programs, adjust the volume, and also control streaming from other GN ReSound hearing aid accessories such as the TV Streamer 2 and Mini Microphone.
The Remote Control 2 has a high contrast LCD display which clearly shows hearing aid settings at a glance. It also features a lock key to avoid accidental button activation when put into a purse or pocket.
Physical features include, ON/OFF switch, display, streaming button, home button (for restoring to basic settings), hearing instrument microphone mute button, volume buttons, program change button and a hidden pairing button.
The arrow buttons give the option to select left or right only if you would like to make changes monaurally (one side at a time).
The GN ReSound Unite Remote Control 2 is rechargeable with battery status indicator seen on the LCD display. Charge the battery by using the power cable, plugging it into the base of the device. You can see the device battery status on the display, which will show as one, two or three bars.
*ReSound Unite Remote Control 2 is compatible with these hearing aids: ReSound Alera, Verso, LiNX, Enzo and Quattro as well as wireless enabled NHS ReSound and Danalogic hearing aids – all variants of Ambio, UP, and CS61W, CS71W, CS81W and CS91W.


Erisha E Mobility is an India-based company that is part of the Rana Group. They manufacture, distribute, and export electric vehicles, electric three wheelers, electric cargo vehicles, municipal electric dump trucks, electric passenger buses, electric auto rickshaws, and Hydrogen fuel cell buses. The company is committed to zero carbon emissions in order to protect the planet and the environment.
What are the Products Offered by Erisha E Mobility?
The company offers a variety of products that fall under the category of electric vehicles. These include electric two wheelers, electric three wheelers, electric four wheel cargo, electric buses, and electric trucks. In addition, the company is also developing hydrogen fuel cells and hydrogen combustion engines.
In order to encourage the development of charging infrastructure, the Indian government has introduced various enabling policies. Nevertheless, given the unique characteristics of this new infrastructure type, it needs to be customised to the unique Indian transport ecosystem and developed in cooperation with stakeholders. In order to ensure the efficient and timely deployment of EV charging infrastructure, meaning it meets local requirements and is optimally integrated with electricity supply networks and transportation networks, a contextual approach is required.
In addition to EV charging frameworks, Erisha E Mobility is supporting structures and regulatory frameworks to facilitate the process, along with a roadmap for ensuring its implementation.
There is nothing else like Erisha E Mobility Charger. With this mobile app, you will have everything you need, and after installing, you can choose whether to charge for free or for a fee. Both cases use the same Erisha E Mobility Smart Charger.
What are the Goals of Erisha E Mobility?
The company is committed to providing EV charging solutions that serve as industry standards by:


The iPhone 12 Pro Max is one of Apple’s newest smartphones. It boasts an impressive 6.7-inch display with a ceramic shield, a new dual-lens camera system, and cinema-grade Dolby Vision video recording. It also features next-generation AR experiences with LiDAR. But what sets it apart from its predecessor? Let’s take a look. This review will give you all the details. iPhone 12 Pro Max
Apple has been touting computational photography features for quite some time. This new chip combines two of Apple’s best-known photo technologies, Smart HDR and Deep Fusion, which analyze images pixel-by-pixel. Another new feature is the Smart HDR, which seeks out different scenes when taking a photo, and stitches together multiple exposures to produce a single, high-resolution image. Finally, the Night mode allows users to capture more realistic images in low-light conditions and use the camera’s infrared illumination to make them appear in the dark.
Apple has also made the iPhone 12 Pro Max more affordable than its predecessor. The device has an introductory price of $1099 and starts at $1,099. Its battery life is also longer than the iPhone 12 Pro. Unlike its predecessor, the iPhone 12 Pro Max has a larger display than the iPhone 12 Pro. However, it also features a more powerful camera than its predecessor. If you’re a professional photographer, you’ll want to take a closer look at the iPhone 12 Pro Max and see whether it’s the right phone for you.
If you’re planning to purchase an iPhone, be sure to check out the new purple color. It’s coming soon to the iPhone line, and pre-orders for the phone start on April 23. The phone will be available for purchase on April 30. And you’ll be able to find all the latest iPhone accessories in the Apple Store. There’s plenty more to see and hear on the new iPhone. You can’t go wrong!
Apple opted to include 5G technology in its new phones, which may not be widespread yet. However, the iPhone 12 Pro Max boasts a download speed of 400Mbps in London. That’s nearly four times faster than 4G. There’s still a long way to go before 5G infrastructure is commonplace in every city. That’s a big reason why Apple has decided to include 5G in its newest phones.
The camera is a big part of the iPhone experience, and the iPhone 12 Pro Max is no exception. It’s more wide than the iPhone 11 Pro Max, but its LIDAR sensor makes portrait shots on the wide camera possible in Night mode. It’s also available at all three zoom levels. You can capture the perfect shot with the iPhone 12 Pro Max! But beware: if you’re not a fan of squishy phones, it may not be the best choice for you.
The iPhone 12 Pro Max is Apple’s largest iPhone to date. Its screen is larger than any iPhone in history, at 6.7 inches. But despite its size, it still manages to look impressive. Its textured matte back glass makes it more sturdy than its predecessor, which is always a plus. However, some users may find this a bit uncomfortable to hold. It’s also slightly larger than the iPhone 11 Pro Max, so you may want to consider a case that can fit it snugly.


The impact of cell phones on the modern office environment
The modern office environment has seen a significant shift in the past decade with the advent of smartphones. These devices have become an integral part of our daily lives and dramatically changed how we work. In this blog post, we will explore the impact of phones on the modern office environment and how they have affected how we communicate, collaborate, and stay productive.
Positive impact of cell phones on the modern office environment
First and foremost, smartphones have made communication and collaboration much easier and more efficient. With just a few taps on a screen, employees can easily connect with colleagues, clients, and partners, regardless of their location. This has led to an increase in remote work and virtual teams, as employees can now stay connected and productive from anywhere. Phones have made sharing information and documents easier, leading to a more seamless and efficient workflow.
In addition to improving communication and collaboration, phones have also had a significant impact on employee productivity. With the ability to access emails, calendars, and important documents on-the-go, employees can now stay on top of their workload and respond to urgent tasks in real-time. This has led to an increase in productivity, as employees can now work more efficiently and make better use of their time.
Challenges resulting by the impact of cell phones on the modern office environment
However, it's not all positive; mobile devices have also brought new challenges to the modern office environment. One of the biggest challenges is the issue of phone addiction. Many employees find it difficult to disconnect from their devices, which can lead to a decrease in productivity and an increase in stress and anxiety. Smartphones can also be a distraction, as employees are constantly bombarded with notifications and messages, making it difficult to focus on important tasks.
To mitigate these challenges, companies can implement policies and guidelines to help employees manage their device usage. For example, companies can encourage employees to disconnect from their devices during meetings and breaks and set specific times for checking emails and responding to messages. Additionally, companies can provide training on how to manage device addiction and how to use smartphones in a way that promotes productivity and well-being.
Consider reading our blog: 9 Tips to Avoid Phone Addiction and Reduce Unnecessary Stress.
Another impact of phones on the modern office environment is the issue of data security. With the increasing amount of sensitive data stored on these devices, companies need to take steps to protect their data from cyber threats. This includes implementing security measures such as encryption and two-factor authentication, as well as providing employees with training on how to keep their devices and data secure.
Also the issue of dead phone batteries...With employees relying heavily on their phones for work, a dead phone battery can be a major inconvenience and a source of frustration. It can also lead to lost productivity if employees cannot access important information or communicate with colleagues.
This can be a particular problem for employees who travel frequently or work in positions that require them to be on call at all times. Access to a charger is necessary for them to be able to communicate with colleagues or access important information, putting their work at risk.
To address this challenge, companies can invest in commercial phone charging stations or power banks in the office. This will allow employees to quickly and easily charge their phones throughout the day.
Benefits of providing cell phone charging stations to employees
1. Increased Productivity: Providing cell phone charging station for employees who rely heavily on mobile devices can increase productivity.
With the ability to charge their devices throughout the day, employees will be less likely to experience interruptions in their work due to a dead battery. This will also help to reduce the stress and frustration caused by a phone dying when an employee needs it.
2. Employee Satisfaction: Providing cell phone charging stations for employees can improve employee satisfaction.
By ensuring that employees have the ability to charge their devices, companies are showing that they value the importance of employees being able to stay connected and productive. This can foster a positive work environment and increase employee engagement and loyalty.
3. Cost Savings: Providing cell phone charging stations for employees can also save companies money in the long run.
Cell phone Charging station for business can be more cost-effective than providing employees with extra devices or battery packs, which can be expensive.
Investing in commercial charging station for phones can be a simple and relatively low-cost way for companies to support their employees and help them stay connected and productive throughout the day. Consider checking our guide "How to choose the right phone charging station for your business".
In conclusion, mobile devices have significantly impacted the modern office environment. They have made it possible for employees to work from anywhere, stay connected and communicate with each other at all times, and access and share information. However, smartphones have also led to new challenges for companies, such as security, distractions, data management, and keeping those devices charged. By implementing policies and guidelines, providing training, and investing in security measures, companies can help their employees use their smartphones to promote productivity and well-being. Companies that invest in solutions to address these challenges will be well-positioned to succeed in the mobile era.


We are launching UCR Center for Research and Education in Cyber Security and Privacy (CRESP). We will have a Kickoff meeting and the first workshop. We would like to use this opportunity to:
Stephen Chong is a Gordon McKay Professor of Computer Science in the Harvard John A. Paulson School of Engineering and Applied Sciences. Steve's research focuses on programming languages, information security, and the intersection of these two areas. He is the recipient of an NSF CAREER award, an AFOSR Young Investigator award, and a Sloan Research Fellowship. He received a PhD from Cornell University, and a bachelor's degree from Victoria University of Wellington, New Zealand.
Shomit’s data-centric vision of the future has helped lead ONSET’s investments in software. Prior to entering venture capital, he was a startup software entrepreneur with a career of operating excellence spanning 19 years. Shomit’s startup roles included three highly successful IPOs. He was also CEO and board member of ONSET portfolio company, Truviso, for two years leading to its acquisition by Cisco Systems. At the age of 15, Shomit was awarded two academic scholarships to the University of California, Berkeley, and graduated with a degree in Computer Science. He serves on the advisory boards of UC Berkeley College of Engineering’s Sutardja Center, Innovation Center Denmark’s ScaleIT program, and the Lundbeck Foundation Clinical Research Fellowship Program.
Xiaoning Li is Chief Security Architect at Alibaba Cloud. Previously he was a security researcher and architect at Intel Labs. Focused on analyzing/detecting/preventing 0 day/malware with existing/new processor features. For the past 10+ years, his work has been focusing on both hardware/software security system co-design and advanced threat research. Xiaoning holds 20+ grant/filling patents in security areas including processor/system security and has published more than 20+ conference/invited talks including BlackHat, CanSecWest, ShmooCon, Source etc.
XiaoFeng Wang is a James H. Rudy Professor of Computer Science and Engineering at Indiana University Bloomington. His research focuses on system security and data privacy with a specialization on security and privacy issues in mobile and cloud computing, and privacy issues in dissemination and computation of human genomic data. He is the director of the Center for Security and Privacy in Informatics, Computing, and Enigeering (SPICE) at IUB. He is a top author in the "big-4" security venues.
April 27, 2018 (One-day event), Alumni & Visitors Center
|Talk abstract submission||March 23, 2018||Click here|
|Poster submission||April 6, 2018||Click here|
|Registration||April 8, 2018||Click here|
|Workshop||April 27, 2018|


We provide many different models of Anisotropic Conductive Film (ACF) Bonding Equipment which is used to connect TAB drivers, chip-on-film (COF) drivers, flex circuits and chip-on-glass (COG) drivers to corresponding pads on a customer’s product. Anisotropic conductive film is used throughout the world to connect TAB, COF and COG drivers to LCDs. But it is also used for flex and chip connections to PCBs, RFID chips and generally any circuitry that is a resident on a glass or ceramic substrate.
This equipment is popularly referred to as a “TAB bonder”. TAB bonders were created as an alternative to wire bonders, and found a very common use in LCD driver circuits. Our TAB bonders range from very inexpensive TAB bonders to high-volume TAB bonders used in 24/7 production settings.
We have a broad line of ACF bonding equipment which is sized to handle products as small as 0.1mm diagonal up to 100” diagonal. Our equipment can reliably bond flexes or devices with line spacing as small as 15um. Anisotropic conductive film bonding equipment is in use today worldwide building hundreds of millions of products monthly requiring the use of ACF. Contact us today to receive a current product list describing our ACF bonding equipment.


The Center Console Wireless Phone Charger Pad has been custom-cut specifically for model 3. Seamlessly integrates into your Model 3 for a complete factory look. QI Wireless Charger Panel fits all Tesla Model 3 Vehicles. Easy installation and use, no tools or expertise required, LED lights to indicate the charging status, automatically shut down when your vehicle is off.
Wireless Phone Charging Pad is great accessories to your Tesla Model 3. Anti-slip design to prevent your phone from falling out while driving, even accelerating. Dual Qi Wireless Charging Pad has a thinner lip at the bottom to avoid your phone falling off and allows more room, especially for cell phones, such as iPhone 11, iPhone 11 Pro, iPhone 11 Pro MAX.
- Support both sides or one side (left or right) working mode.
- Using both USB ports to charge two cell phones simultaneously.
- LED lights to indicate the charging status,
- Perfectly fit with the center console of 2017 - 2020 Tesla M3.
- Get rid of the annoying charging cable by using such a charger mat now.
- Compatible with all iPhone and Android Qi wireless charging enabled phones. the maximum output of 10 watts for each side.


Here’s the money quote: “The most recent climate model simulations used in the AR5 indicate that the warming stagnation since 1998 is no longer consistent with model projections even at the 2% confidence level.”
That is an establishment climatologist’s cautious scientist-speak for “The IPCC’s anthropogenic-global-warming models are fatally broken. Kaput. Busted.”
Lorenz spawned Chaos Theory, which purported to tell us a lot about the world, yet it also told anyone who wanted to listen a lot about multi-variant computer models- indeed, it told us about multi-variant computerized climate models specifically. Nobody wanted to listen, and so the government has subsidized a massive amount of computer modelling. Additionally, we've got these hackneyed descriptions of the butterfly effect, which purports to tell us something about the world. Now, I suppose, on a simplistic level, a butterfly flapping its wings somewhere may have some effect on a storm somewhere else, but in the real world there are all sort of variables, systems, and reactions that simply aren't present in the computer model because the computer model necessarily has to be simpler than the real world. So the butterfly effect is deeply imbued into computer models, but may be all but non-existent, due to compensatory factors, in the real world.
But this doesn't matter much for subsidizers. Computer generated 'Science!' is big business, and it produces exactly the sort of sound and fury the politicians seem to enjoy. And when your researchers don't even want to show you their work...


Dominika Bury, Michał Jakubczak, Jan Bogacki, Piotr Marcinowski, Agnieszka Jastrzębska
The Ti3C2Tx MXene is a novel two-dimensional (2D) material with unique optical properties and excellent water dispersibility related to rich surface termination. This study uses its properties to design an innovative magnetic catalyst made of waste iron chips (WI), surface-modified with a 2D Ti3C2Tx MXene. We further utilize it to advance a heterogeneous Fenton process for industrial dye removal. Novel WI-MXene nanocomposite catalyst overcame difficulties associated with the acidic pH range, frequently required for efficient generation of reactive oxygen species (ROS) via Fe (II) activity. The photo-active 2D MXene enabled the WI-MXene catalyst activation in the visible light range and near-neutral pH with excellent performance in decomposing model organic dye – methylene blue (MB). The novel catalyst showed over 95 % efficiency in decomposing MB upon UV light irradiation at pH = 5 and about 62 % in decomposing the total organic carbon (TOC). Since the WI-MXene had a band gap of about 1 eV, it also showed a tunable activity toward specific light ranges. The irradiation with 550 nm (cyan) light gave the highest photo-Fenton efficiency. Analysis of the fundamental process mechanism showed a massive ROS evolution and a minor adsorption activity of WI-MXene toward decomposed dye. The post-process stability analysis did not show any changes in the WI-MXene structure. Further regeneration of spent WI-MXene enabled its reuse with 90 % efficiency at various pH values. Collectively, the obtained results show a high potential for MXene-enabled photo-Fenton processes.


How Does Geofencing In Albuquerque Integrate With A Home Security System?
Today's smart security options are getting more capable every year. Even so, you may still neglect to perform basic security duties like arming your home security, lowering the garage door, or even securing your front door.
How would you feel if you no longer needed to worry about these things ever again? When utilizing geofencing in Albuquerque, you can simply leave the driveway and make your home security system secure your home for you.
What is Geofencing In Albuquerque For Home Security Systems?
Geofencing draws a virtual border along the sides of your residence, which you are able to arrange in your smartphone app. The technology then utilizes your mobile device to see when you go beyond the border and then initiates pre-programmed actions or notifications.
How Does Geofencing Work?
Geofencing is made possible by z-wave, a protocol for wireless communications that smart devices take advantage of to share information with one another. The technology aids your security system by putting all elements onto one, unified network. You can then draw specific boundaries along the perimeter of your house and designate particular actions as you move beyond the prearranged border line.
For example, shortly after you exit your driveway, you may instruct your security system to engage door locks, close the garage, and arm your alarms. Conversely, when you arrive home for the evening, geofencing can notify your system to disarm alarms, open the garage, activate lighting, and even change your smart thermostat.
These are several of the devices you will be able to command with geofencing:
● Smart lights and outlets
● Smart thermostats
● Surveillance cameras and your system’s alarm
● Electronic devices such as speakers or TVs
● Garage door sensors
Geofencing, Scheduling, And Scenes Are All Possible With ADT Control
Geofencing is just one way you can use your property’s security system in Albuquerque. With the mobile app, you can do a lot with automation. With just a few taps of your phone, and you are able to:
● Program schedules: program your smart components to operate at the times of your choice. Direct various lights to dim to tell you that it's time to turn in for the night, or deactivate your home’s alarm the first thing in the morning.
● Define how devices react to one another: Make particular devices activate when another element is triggered. Instruct your thermostat to activate the fan when the fire alarm trips. Or turn on your hall’s smart light when your surveillance system detects abnormal activity in the yard.
● Preprogram scenes: Make scenes featuring various devices that function in concert with each other. Make your lighting switch off, the thermostat go down, and the smart door locks engage at the end of the day. Or set the mood for movie night with preset light and thermostat settings.
● Protect your home with geofencing: There may be times when you fail to arm the security system as you're hurrying to get out the door. With geofencing capability and your smartphone, you'll never forget to arm the system and put down the garage door.
Get Started with Geofencing in Albuquerque
Whether you’re looking for added reassurance of a safe, secure home whenever you drive away or you would like to automate your smart home technology, geofencing will make things easier. Talk to one of our representatives today at (505) 317-6311 or send in the following form to get started on your optimal security system.


The Cisco ASA firewall can do three basic SLA monitoring tasks. They are:
- Continuously ping from the ASA even when nobody is logged in
- Change routes based on IP ping reachability
- Alert via syslog or SNMP when the SLA monitor fails
Unfortunately the ASA only has the ability to ping for its sla monitoring and is pretty limited in its capabilities.
Continuously ping from the ASA
Suppose for some reason you wish to have the ASA send a constant ping to something. This could be helpful to keep a tunnel alive, or send constant ping for some reason. This is actually required when making a VPN tunnel to Amazon AWS.
Suppose we want the ASA to ping
3 seconds with a
1000 milliseconds (1 second) timeout. Here is the config for that:
In this case our SLA monitor ID is
100 and this will go forever starting now. There are some other options here to only have this go for a limited amount of pings or start at a different time.
Change routes based on IP ping availability
Let’s now build on the
sla monitor commands above and add route tracking. First we need to make a tracking object. We can do that like this:
This will create a track ID of
1 and track sla monitor
100 for reachability.
Next we need to add the tracking to a route.
Here we are telling the ASA to use this static route ONLY if the sla monitor pings are successful. If the monitor starts failing then the route will be removed from the routing table. The
1 track 1 command says this route has a weight of
1 and this will be in the routing table if
track 1 is up.
We can set a fallback route for the ASA in the event that the sla monitor is failing. We can simply add a static route with a higher metric like so:
With these two routes in place, the one with a weight of
1 will take precedence. Then when the ping fails it will be removed and the route with a weight of
20 will take over.
Alert via syslog or SNMP when the SLA monitor fails
When you have
track, and a
route with a track, syslogs will be created when the track changes state. You must have all of these things configured in order to see the syslogs.
When the track goes down, this is the syslog shown:
When the track comes back up this is the syslog shown:
Turn the syslogs into SNMP traps
You can turn the syslog into an SNMP trap by doing the following config:
You’ll see the following trap when the track fails.
E:220.127.116.11.18.104.22.168.0 is hex encoded. Using a hex to ascii converter it then looks like this:
<166>%ASA-6-622001: Removing tracked route 22.214.171.124 255.255.255.255 126.96.36.199, distance 1, table default, on interface OUTSIDE
The following commands will show the state of the SLA monitor.
show sla monitor operational-state


Issue 1 - 2023
Indian Society of
Proudly acknowledged & Supported by
Shri. Mansukhji Mandaviya
Hon. Minister of Health & Family Welfare, India
Connect with us!
All big names of Digital Dentistry
Under One Roof
India's First Ever Digital Dentistry App is now on
Presents The Convention For
Dental Digital Craftsman
21st & 22nd Oct.2023
THE ORCHID HOTEL, VILE PARLE, MUMBAI.
The world is changing due to the digital revolution as computers and other digital devices are making previously labor-intensive operations simpler, quicker, affordable, and more dependable.
In dentistry, digital technologies are evolving significantly. Cone beam computed tomography (CBCT), desktop, intraoral, and face scanners, CAD/CAM software, and fabrication techniques like milling and 3D printing are transforming the way we treat our patients.
For this reason, the Indian society of digital dentistry has been formally established.


The Journal of Applied Mathematics and Computational Mechanics was formerly known as the Scientific Research of the Institute of Mathematics and Computer Science
(in Polish: Prace Naukowe Instytutu Matematyki i Informatyki)
Scientific Research of the Institute of Mathematics and Computer Science (SRIMCS), established in 2002, was the first journal published by the Institute of Mathematics and Computer Science of the Czestochowa University of Technology. The first Editor-in-chief of this journal was Professor Bohdan Mochnacki.
Selected issues of the SRIMCS contain the papers written by authors of the most interesting and inspiring results presented during the conferences and meetings, among others:
- Conference on Mathematical Modeling in Physics and Engineering (since 2009) organized by Polish Mathematical Society and Institute of Mathematics,
- session organized as a part of International Conference on Parallel Processing and Applied Mathematics,
- Workshop of the Institute of Mathematics and Computer Science (in Polih: Sympozjum Instytutu Matamatyki i Informatyki - SIMI).
The journal SRIMCS was published:
- annually from 2002 to 2007,
- semi-annually from 2008 to 2011,
- quarterly from 2012.
Summing up, 412 articles in 18 issues of the SRIMCS in years 2002-2012 have been published.
The journal is on the list of scientific journals of the Polish Ministry of Science and Higher Education. Each paper was awarded with 5 points (2012), 6 points (2010-2011), 4 points (2007-2009).
Since 2013, the SRIMCS has been entitled the Journal of Applied Mathematics and Computational Mechanics.


How to tell if a gel battery is bad
A rechargeable battery sends ammo 65 fps downrange. UNLIMITED FUN: We have included 50000 rounds on the basis of the original 6000 rounds of gel balls. Owning our gel ball blaster is a great way to open up your options for entertainment, and it’s a great way to enjoy the outdoors, and stay active! enjoy hours of fun!.
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Apr 03, 2022 · It only uses a single light to tell if you if the battery is bad, and it doesn’t give you any additional information about what’s going on. Moreover, it uses lights to tell you if the battery has a 40, 60, 80, or 100 percent charge, but it can’t tell you where it settles between those points..
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As Absorbed Glass Mat (AGM) battery technology quickly took the lead in production in the 80’s, it wasn’t long before it fully replaced production of the flooded lead acid and gel technology batteries. Concorde quickly carved out a niche in many industries and is still today revered as one of the worlds’ top quality AGM battery manufacturers..
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The first (and simplest) method you can try is to store your batteries at a cool temperature. By storing your batteries at 50 degrees Fahrenheit or less, you can slow the aging process. Another way to extend battery shelf life is to use a battery maintainer to keep the power level as consistent as possible.
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General expectations for batteries if deep cycled (these are just approximate guidelines): Starting battery (Automotive battery etc) : 3-13 months. Marine Battery : 1-6 years. AGM Deep cycle: 4-7 years. Gel Cell Deep Cycle: 2-5 years. Flooded Lead Acid Deep Cycle Battery (L16-RE etc): 4-8 years. 3) Your Golf Cart does not accelerate as fast as it used to. Electric Golf Carts are known for being fast and having acceleration power. However, the day you start to feel your electric golf cart being slower to reach top speed is typically a sign of your batteries needing to be replaced. Also, another sign may be that it has trouble climbing.
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The standard gel battery shares many properties with AGM deep cycle batteries while the 'tubular' gel battery is more commonly used in large scale, non-portable battery banks. Both types of gel battery consist of a ‘gelified’ electrolyte that.