change replacement apple iphone 6 battery
|Payment Type:||L/C,T/T,D/P,Paypal,Money Gram,Western Union|
|Terms of Trade:||FOB,CFR,CIF,EXW|
|Min. Order:||100 Piece/Pieces|
|Delivery Time:||7 Days|
|Packaging:||packed with white box or per your requirements|
|Productivity:||12000pcs per day|
|Place of Origin:||Shenzhen China|
|Supply Ability:||12000PCS per day|
Model No.: apple iphone 6 battery
Is durable after changing the iPhone 6 battery?1. Generally, after replacing the Apple 6 battery, the Polymer Phone Battery life of the mobile phone will be improved. The Phone battery is not durable because the capacity of the Iphone 6 External Battery will decrease after a certain charge and discharge of the Apple Iphone 6 Battery, so the Apple 6 Battery life will not be as good as the new phone; However, due to the aging of other components, it is difficult to restore the Iphone 6 Battery life when leaving the factory after replacing the battery;2. However, if your 6 is not durable after changing the battery, there may be the following reasons; you do not replace it through Apple ’s official channels, it does not ensure that the original battery has been replaced, so replacing the battery will not solve it. Your power consumption problem;3. When replacing the battery, you need to pay attention to the purchase of the original brand new Iphone External Battery for replacement. Although some third-party incremental Iphone Battery can provide greater Smartphone Battery capacity, they are also prone to overheating during use.4. If you still have a large battery consumption and the phone is not durable after replacing the original Mobile Battery, it may be due to the damage of other components after long-term use; you can download battery detection software such as Phone Battery life to see Check whether the Mobile Battery capacity is a problem. If not, it is most likely that the power control IC inside the phone is damaged. It is recommended to check it at a repair point;
As a professional manufacturer over 7 years experience,we Hequanqingnuo technology owns the brand of HQQNUO involved in different kinds of Cell Phone Battery such as iphone Battery,iphone high capacity battery,Huawei Battery,Samsung battery and other Cell Phone Accessories such as iphone charger case,QI car charger,wireless phone charger etc.
OEM/ODM and more forms of customization are supported by us.
Product Name: replacement apple iphone 6 battery
Limited Voltage: 4.354V
Size: Same as original Samsung battery
Cycle time: Over 500 times
Material: pure cobalt lithium polymer
Certification: CE,FCC and RoHS
Features for replacement apple iphone 6 battery
1. No memory effect, ready to charge and discharge
It does not suffer from any memory effect, it will not cause any loss in capacity when the battery is recharged without being fully depleted.
2. No harm,using pure cobalt environment friendly material
Using pure cobalt environment friendly material, hazardous substances such as lead,mercury,nickle are not contained.
3. Full capacity,the same capacity like the original pack
Total capacity is 1810mAh, which is same like the original battery.100% fits your phone , make sure it is working well.
4.The newest intelligent chip
Intelligent adjustment doesn't damage the battery and cell phone circuit.
Shenzhen Hequanqingnuo Electronic Technology Co.,Ltd is a professional manufacturer of phone battery about 8 years.It has more than 1000 square meters work-shop with about 100 employee.Since it`s founded in 2012,we carry out a range of strict procedures from raw materials to end products.As a honest and responsible supplier,we get high repute in phone battery field.
We are involved in indifferent series of mobile phone battery such as iphone battery ,Huawei battery and Samsung battery, iphone battery case, and mobile phone accessories such as cellphone holders and other phone parts products.Hequanqingnuo owns a complete and scientific quality management system and focuses on creditworthiness , we abides by contract, guarantees product quality, and adopts the marketing concept of mufti-variety management characteristics and small profits with high sales.Products passed RoHS /CE/FCC Certificate, lead-free technology, recyclable.
Welcome to visit our factory and looking forward to establishing win-win business relationship with you.
Shenzhen Hequanqingnuo Electronic Technology Co., Ltd.
We are involved in different series of mobile phone batteries such as iphone ,Huawei and Samsung series battery, Jacket battery, and mobile phone accessories such as cellphone holders and other products.Hequanqingnuo owns a complete and scientific quality management system and focuses on creditworthiness , we abides by contract, guarantees product quality, and adopts the marketing concept of mufti-variety management characteristics and small profits with high sales.Products passed RoHS /CE/FCC Certificate, lead-free technology, recyclable.We insist on the principle of 'Quality First, equality and mutual benefit , joint development, and Service the Best'.
Welcome to visit our factory and look forward to establish win-win business relationship with you.
- Company Name: Shenzhen Hequanqingnuo Electronic Technology Co., Ltd.
- Representative: BANGMING WANG
- Product/Service: Mobile Phone Battery , Power Bank , Back up Battery , Lipo Battery , Iphone Battery Replacement , Cellphone Battery
- Capital (Million US $): 1,000,000.00RMB
- Year Established: 2016
- Total Annual Sales Volume (Million US $): US$50 Million - US$100 Million
- Export Percentage: 61% - 70%
- Total Annual Purchase Volume (Million US $): US$5 Million - US$10 Million
- No. of Production Lines: 2
- No. of R&D Staff: Fewer than 5 People
- No. of QC Staff: 5 -10 People
- OEM Services Provided: yes
- Factory Size (Sq.meters): 1,000-3,000 square meters
- Factory Location: 2nd Floor, Building B, Dabang Industrial Park, Xinxu Town, Huizhou, Guangdong, China.
- Contact Person: Ms. sky wang
- Tel: 86-0755-28683459
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pfx_attach_mem - creates PFX protocol on top of underlying socket
int pfx_attach_mem(int s, void *mem);
PFX is a message-based protocol to send binary messages prefixed by 8-byte size in network byte order. The protocol has no initial handshake. Terminal handshake is accomplished by each peer sending eight 0xFF bytes.
This function instantiates PFX protocol on top of underlying bytestream protocol s, in a user-supplied memory. Unless you are hyper-optimizing use pfx_attach() instead.
The memory passed in mem argument must be at least PFX_SIZE bytes long and can be deallocated only after the socket is closed.
The socket can be cleanly shut down using pfx_detach() function.
Newly created socket handle. On error, it returns -1 and sets errno to one of the values below.
int u = tcp_connect(&addr, -1); char mem[PFX_SIZE]; int s = pfx_attach_mem(u, mem);


Does the smart P!K bracelet come in different sizes?
No, the smart P!K bracelet is universal and can be used for a wide range of wrist diameters.
What is the smart P!K bracelet's strap made of?
The bracelet is made of a special type of high-resistant elastomer and it contains metal parts made of zinc.
Can several people use the same smart P!K bracelet?
The smart P!K bracelet registers sleeping-related data throughout the night and associates all the information to a single user.
How long does the smart P!K bracelet's battery last?
Depending on the performance you demand from the smart P!K bracelet, the battery can last between 3 and 7 days. For further details about the duration of the smart P!K bracelet's battery, check the Quick Start Guide.
How long does the smart P!K bracelet's battery take to charge?
The smart P!K bracelet's battery takes between one and two hours to charge. When the battery is completely charged, a mattress icon will light up on your bracelet.
Is the smart P!K bracelet an activity bracelet?
The smart P!K bracelet has been designed to be used in bed (except for the Time to Bed function, which works when away from bed). The smart P!K bracelet does not measure your daily physical activity.
I have tried to turn on my smart P!K bracelet, but no icon lights up. Why is this?
It is possible that the smart P!K bracelet's battery is empty due to not using it for some time. Make sure you fully charge the battery (1-2 hours) before using it.
I have lost or broken the smart P!K bracelet's charger. What should I do?
The smart P!K bracelet's charger is a micro USB to USB charger used by most electronic devices on the market; therefore, you can use another cable you have at home or purchase one at any electronics store.
Will the Love Mode activate every time I have sexual relations?
The Love mode is optional and requires activating by the user to start collecting data; therefore, it will only activate whenever you want.
I have activated the Love Mode to see what it does and then switched it off, but it does not appear on the register.
If you have simply turned it on and off, it is perfectly normal that nothing has been registered. Both the application and the device start to work after 30 seconds to make sure that you have not activated it by mistake while you were going through any other function on the bracelet.
Does the Love mode deactivate automatically?
The Love mode deactivates automatically after 3 hours of operation or if you take off the smart P!K bracelet while activated and you do not wear it again for 20 minutes. In the second case, the finish time will not be registered either. If none of these scenarios take place, you must press the bracelet's button for 3 seconds to deactivate the Love mode.
El icono del colchón de mi pulsera smart P!K se ilumina en naranja. ¿Esto por qué ocurre?
El icono naranja indica que la batería de tu pulsera smart P!K está por debajo del 25%, por lo que deberás recordar cargarla pronto.
The mattress on my smart P!K bracelet lights up in orange. Why?
An orange icon indicates that the smart P!K's bracelet's battery is below 25%, so you should remember to load it soon.
The mattress icon on my smart P!K's bracelet is blinking. Why?
If this happens when pressing the button on your smart P!K bracelet, it is because you are outside the range of your smart P!K mattress. If it happens when you are not, it is because you are exiting and/or entering the range of your mattress. Remember that this affects the way in which you can interact with your bracelet and mattress.
Will my smart P!K bracelet measure my rest if I do not sleep on my smart P!K mattress?
No, the smart P!K bracelet only monitors your rest or sexual activity if you are using your smart P!K mattress.
What happens if I get up from the bed in the middle of the night wearing my smart P!K bracelet?
The Smart P!K system will allow you to go outside the range of your smart P!K mattress for a brief period. If you spend too much time away from it, your smart P!K bracelet will interpret this as if you have woken up completely and will stop registering your sleep.
Can I wet my smart P!K bracelet?
The smart P!K bracelet is not water resistant; therefore, we recommend that you do not shower with it or submerge it. Yes, it is splash-resistant, so you can wash your hands or clean it with a slightly moist cloth if necessary.
I am trying to initiate the Love mode, but the heart icon does not light up. Why?
P!K mattress. Remember that you cannot activate the Love mode if your bracelet's battery is below 10% and that it will not register heart rate data when on Love mode if it is below 25%.
I have a new smart P!K bracelet. How do I start using it?
Connect your new bracelet from the smart P!K application, which will ask you for a new password. Once configured, it will be ready to use like your previous bracelet.
Why does the green light appear on the back of my smart P!K bracelet?
That green light is a contact sensor that measures your heart rate and detects when you have it on with the purpose of managing the power-saving mode.
How can I delete all the data on my smart P!K bracelet?
You can return the settings of your smart P!K bracelet to the factory default from the menu's "Configuration\" option, using the \"Restore to factory default function\".
Both icons on my smart P!K bracelet are blinking. Why?
When a new update is installed on your smart P!K bracelet, these icons will blink to inform you about it. Make sure that your bracelet has enough battery when the smart P!K application warns you about the update.
What is the PIN for?
The PIN is a four-digit number that protects the smart module of your smart P!K mattress and your smart P!K bracelet, so only you have access to it and to the information registered in your app.
Do I have to enter the PIN again after registering?
You will not have to enter your PIN again unless you install the application again. If you change smartphone or you restore it to the factory default, you will have to enter the PIN again.
I have forgotten my smart P!K bracelet's PIN. How can I recover it?
From the " " section in the smart P!K application, you can request the system to send your PIN to the email address you used to register.


The Long March-6 rocket was recently launched into orbit by the Taiwan Satellite Launch Center. It is a satellite for testing 6G technology. The satellite is named the University of Electronic Science and Technology. The satellite was developed in collaboration with Chengdu Guoxing Aerospace Technology Co., Ltd, University of Electronic Science and Technology of China, and Beijing Weinaxingkong Technology Co., Ltd.
Weighing in at 70kg, the 6G-enabled satellite will be used to assist in testing Terahertz (THz) transmission in addition to the above functions.
Huawei began testing 6G technology in 2019, and this year Samsung also revealed the steps it has taken on 6G technology.


Vortex Mixer Shaker (20 oz. / 600ml)) with USB Charging Port
- Powered by two integrated lithium-ion rechargeable batteries (1800mAh) - this provides enough power to charge your JAWKU Speed sensor, iPhone, iPad, etc.
- Mixes at 11,000 rpm when filled
- Smart technology ensures charging port cut-off so you'll have enough power to use your mixer when you need it
- Bottle is BPA Free


题目：An efficient tensor regression for high-dimensional data
摘要：Most currently used tensor regression models for high-dimensional data are based on Tucker decomposition, which has good properties but loses its efficiency in compressing tensors very quickly as the order of tensors increases, say greater than four or five. However, for the simplest tensor autoregression in handling time series data, its coefficient tensor already has the order of six. This paper revises a newly proposed tensor train (TT) decomposition and then applies it to tensor regression such that a nice statistical interpretation can be obtained. The new tensor regression can well match the data with hierarchical structures, and it even can lead to a better interpretation for the data with factorial structures, which are supposed to be better fitted by models with Tucker decomposition. More importantly, the new tensor regression can be easily applied to the case with higher order tensors since TT decomposition can compress the coefficient tensors much more efficiently. The methodology is also extended to tensor autoregression for time series data, and nonasymptotic properties are derived for the ordinary least squares estimations of both tensor regression and autoregression. A new algorithm is introduced to search for estimators, and its theoretical justification is also discussed. Theoretical and computational properties of the proposed methodology are verified by simulation studies, and the advantages over existing methods are illustrated by two real examples.


Real-time Monitoring & Diagnostics
SMART MONITORING & PROTECTION RELAY
The e-DMCR is an innovative, cost-effective, next generation monitoring & protection solution for oil-filled distribution transformers which combines in a single, integrated, compact and solid device:
- Condition-based Monitoring: real-time, continuous measurement of the most important transformer non-electrical operating parameters: oil temperature, tank pressure, oil level as well as the states of the electromechanical security contacts and switching events;
- Protection Relay: all the traditional electro-mechanical security functions provided by the Standard DMCR relay remain in place: full compliance with Standard IEC 60076-22-1 / EN 50216-3 is maintained;
- Data logging, recording and pre-processing: configurable data collection, recording and pre-processing of the non-electrical operating parameters as well as the states of the electromechanical security contacts and alarms;
- Communication: real-time access through RS485 based connectivity with Modbus RTU protocol.
Digital monitoring of transformer key operating parameters improves transformer reliability, security and availability of key information for maintenance decisions and asset life-cycle management & optimization. e-DMCR provides the same mechanical interfaces as a Standard DMCR. It can therefore be easily fitted on the transformer in the same place as a standard protection relay and only requires an additional 24V power supply for the add-on electronic module.
CONDITION-BASED TRANSFORMER MONITORING
Through a complete array of digital sensors directly integrated on e-DMCR, the system can provide continuous real-time monitoring of the following key operating non-electrical transformer parameters:
- Oil Temperature: a Pt100 probe in the thermowell immersed in the transformer tank continuously monitors oil temperature;
- Oil Level: monitoring of the position of the small float inside the upper part of e-DMCR. This enables to put in place alarms before the lowering of the main float which triggers the Protection Relay;
- Tank Pressure: a pressure sensor inside e-DMCR continuously monitors the pressure inside the transformer tank;
- States of the electromechanical security contacts: the switching events of the gas/oil-level and pressure electromechanical contacts is monitored and logged. It is mandatory to use 24VDC voltage on the security contacts.


OpenFOAM contains a suite of numerical tools to solve a range of problems in engineering and science. It includes methods to solve problems where matter is represented as a continuum and where it is represented by discrete particles. To solve equations for a continuum, OpenFOAM uses a numerical approach with the following features:
- Segregated, iterative solution: For the system of equations governing our problem of interest, separate matrix equations are created for each equation, and are solved within an iterative sequence (as opposed to created one, big matrix equation for the entire system of equations).
- Finite volume method: Matrix equations are constructed using the finite volume method applied to arbitrary shaped cells (any number of faces, any number of edges).
- Colocated variables: The solution variable for each matrix equation is defined at cell centres.
- Equation coupling: The coupling between equations, particularly pressure and velocity is performed using adapted versions of well-known algorithms such as e.g. PISO and SIMPLE.
OpenFOAM has its own programming language for writing solution algorithms for complex physics. It includes set of functions that describe standard differential operators (, , , ,,) which perform the discretisation to create matrix equations. Top level code then contains little more than a representation of the equations being solved. Existing solvers contain a large number of examples of equation implementations, within the underlying algorithms, that users can adapt for their specific needs.
The choice of discretisation schemes is selected by the user at run time through the fvSchemes file of the case being simulated. OpenFOAM has a comprehensive range of discretisation schemes, allowing full control over accuracy, boundedness and conservation. The schemes are generally limited to second-order to enable reliable simulation on real engineering geometries with cells of arbitrary shape. The fvSchemes file also contains controls for the coupling algorithms to provide complete control to optimise simulations.


Sat Nov 21, 2020 9:51 pm
I have added a personal message to the startup screen showing my name & phone number if found. The problem is that the screen remains too dark to read the message until the device has fully booted when the message is visible for a fraction of a second.
Is there a hack to make the startup screen illuminate whilst the device is booting?
Sat Nov 21, 2020 10:18 pm
Did you try to extent the time (Set the display number to the minimum number of seconds your message is displayed)
<!-- Edit this file to display a message while your unit is powering on -->
<!-- Allow one full power cycle after editing for your message to be updated -->
<!-- Set the display number to the minimum number of seconds your message is displayed -->
<display = 0>
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LASERS The Laser/Atom Connection A laser is a device that controls the way that energized atoms release photons. Laser is an acronym for Light intricacy by Stimulated Emission of Radiation, which describes very succinctly how a laser works! Although there are many types of lasers, only occupy certain essential features. In a laser, the lasing learn is pumped to get the atoms into an excited severalize. Typically, very intense flashes of chromium steel or electrical discharges pump the lasing medium and create a large collection of excited- resign atoms (atoms with higher energy electrons).
It i s necessary to ask a large collection of atoms in the excited state for the laser to work efficiently. In general, the atoms are excited to a level that is two or three levels above the background state. This increases the degree of population inversion. The population inversion is the number of atoms in the excited state versus the ground state. Once the lasing medium is pumped, it contains a ...If you want to get a full essay, order it on our website: OrderCustomPaper.com
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Anthony J. Pansini Read Full Free Books Online High Voltage Power Equipment Engineering
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– Simple, intuitive, graphical formal modelling language.
The Rubus ICE (Integrated Component Development Environment) employs a simple, intuitive graphical formal modelling language to model an application, including control flow, data flow and constraints. The modelling revolves around an object called Software Circuits (a hardware analogy), corresponding to a simple function with inputs and outputs. The application is modelled by combining these building blocks.
The modelling language has been developed in collaboration with research from Mälardalens University, in close cooperation with our customers and participation in various research projects.
The Rubus models provide various viewpoints reflecting all of the necessary information concerning the development, analysis, synthesis and execution of real-time applications.


Navigating the Future: Top 10 Emerging Careers for Young Professionals
In a rapidly evolving job market, young professionals find themselves at the forefront of new and exciting career opportunities. As technological advancements and global changes shape industries, certain professions are emerging as key players in the workforce. This article explores the top 10 emerging careers that hold promise for young professionals seeking to make their mark in the professional world.
- Data Science and Analytics:
In the era of big data, organizations are increasingly relying on data-driven decision-making. Data scientists and analysts play a crucial role in extracting meaningful insights from vast datasets. With applications across various industries, from healthcare to finance, mastering data science skills positions young professionals at the forefront of innovation.
- Artificial Intelligence and Machine Learning:
As AI continues to revolutionize industries, professionals skilled in artificial intelligence and machine learning are in high demand. These roles involve developing algorithms, creating intelligent systems, and leveraging automation. Young professionals with expertise in AI can contribute to groundbreaking developments in areas such as autonomous vehicles, healthcare diagnostics, and personalized user experiences.
With the increasing frequency and sophistication of cyber threats, cybersecurity has become a paramount concern for organizations worldwide. Young professionals entering the field can play a vital role in safeguarding sensitive information, developing secure systems, and mitigating cyber risks. The demand for cybersecurity experts is expected to rise exponentially in the coming years.
- Green Energy and Sustainability:
As the world shifts towards sustainable practices, careers in green energy and sustainability are gaining prominence. Young professionals can contribute to renewable energy projects, sustainable urban planning, and environmental conservation efforts. With a focus on addressing climate change, these careers offer a sense of purpose while making a positive impact on the planet.
- Remote Collaboration and Project Management:
The rise of remote work has led to an increased demand for professionals adept at remote collaboration and project management. Young professionals who excel in virtual team coordination, communication tools, and project delivery methodologies are highly sought after. This trend is likely to persist as organizations recognize the benefits of flexible work arrangements.
- Health Informatics:
The intersection of healthcare and technology has given rise to health informatics, a field that focuses on optimizing the use of information in healthcare settings. Young professionals with expertise in health informatics can contribute to the development of electronic health records, healthcare analytics, and telemedicine solutions. This field is critical for improving patient care and streamlining healthcare processes.
- E-commerce and Digital Marketing:
The digital transformation of businesses has accelerated the demand for professionals in e-commerce and digital marketing. Young professionals skilled in online platforms, social media marketing, and e-commerce strategies can drive businesses to new heights. As consumers increasingly turn to online shopping, expertise in digital marketing becomes invaluable.
- Genetic Counseling:
Advancements in genetics and personalized medicine have given rise to the field of genetic counseling. Young professionals in this field work closely with individuals and families, providing guidance on genetic conditions, testing, and treatment options. As the importance of personalized healthcare grows, genetic counseling becomes a vital component in medical decision-making.
- Augmented and Virtual Reality:
The entertainment industry aside, augmented and virtual reality (AR/VR) technologies are making significant strides in various sectors. From virtual training simulations to immersive customer experiences, young professionals with expertise in AR/VR can contribute to transforming how businesses operate and interact with their audience.
- Robotics Engineering:
As automation becomes more prevalent in industries, robotics engineering emerges as a key field for young professionals. Careers in robotics involve designing, building, and maintaining robotic systems used in manufacturing, healthcare, and exploration. This field offers opportunities to work on cutting-edge technology that has the potential to revolutionize various aspects of daily life.
Navigating the evolving landscape of emerging careers requires adaptability, continuous learning, and a forward-thinking mindset. Young professionals can position themselves for success by embracing these emerging fields, staying abreast of industry trends, and honing the skills that will be in demand in the future. As technology continues to shape the professional world, those who seize the opportunities presented by these emerging careers will be at the forefront of innovation and growth.


Vauxhall is continuing its journey towards electrification with the new Grandland X Hybrid4 all-wheel drive (AWD) plug-in hybrid electric vehicle (PHEV).
The new Grandland X Hybrid4 is Vauxhall’s first-ever plug-in hybrid and features state-of-the-art plug-in hybrid technology. The car’s powertrain comprises a 200hp, 1.6-litre turbocharged direct injection four-cylinder petrol engine and an electric drive system with two electric motors (combined output 109hp), all-wheel drive and a 13.2kWh lithium-ion battery.
Together, the Euro 6d-TEMP-compliant petrol engine and electric motors produce up to 300hp, and offer a combined fuel consumption of 204mpg (WLTP), emitting just 34g/km CO2. The Grandland X Hybrid4 achieves 0-60 mph in just 5.9 seconds. The front electric motor is coupled to an electrified eight-speed automatic transmission, while the second motor and differential are integrated into the electrically-powered rear axle, providing all-wheel traction on demand.
The Grandland X Hybrid4 offers four driving modes – electric, hybrid, AWD and Sport. In pure electric mode, the car has a range of 35 miles (according to WLTP). In hybrid mode, the car automatically selects the most efficient method of propulsion. When travelling at low speeds, for example, the system switches to electric mode for zero-emission driving.
Fast, easy and convenient charging
The Grandland X Hybrid4 comes with a 3.7kW on-board charger, with an optional 7.4kW version also available. Vauxhall will also offer devices for fast charging at public stations, as well as wallboxes at home. With a 7.0kW wallbox, customers can fully charge the battery in less than two hours.
Vauxhall has introduced an exclusive charging offer available Grandland X Hybrid (and Corsa-e) customers. When opting for the brand’s new fully electric hatchback or hybrid SUV, customers will receive a free six-month membership to the Polar charging network, providing an easy, convenient and reliable means to charge their vehicle away from home.
With the free Polar subscription, drivers gain unlimited access to the UK’s biggest public charging network. Polar comprises over 7,000 charging points nationwide, including over 400 rapid charge points.
Most of the charging points are completely free to use. For others, the membership offer allows customers to avoid the service charge and only pay for the electricity consumed. Prices start from only 12p per kWh, which is cheaper than the average cost of charging at home. After the free six-month period, customers pay just £7.85 per month but, with no long-term contract or notice period, drivers are free to cancel at any point.
Energy saving and regenerative braking
The ‘e-Save’ section of the infotainment system allows the driver to determine how much battery energy needs to be reserved to ensure that the vehicle reaches its destination when in a zero-emissions zone. The driver can choose to save six or 12 miles of range, or reserve all of the battery energy. Drivers can access ‘e-Save’ via the infotainment system.
In addition, regenerative braking captures kinetic energy during deceleration that would otherwise be dissipated as heat. The customer can choose from two recuperation modes that turn the electric motors into generators, allowing electrical energy to be returned to the battery and stored.
Ultimate driving efficiency and class-leading equipment
To further improve efficiency, the Grandland X Hybrid4 features a regenerative braking system, which can increase the electric range by up to 10 per cent.
Continuing Vauxhall’s reputation for class-leading on-board technology, the Grandland X Hybrid4 features the new Vauxhall Connect telematics service. This includes Live Navigation with real-time traffic information, as well as the ability to check key vehicle data via an app. Direct connection with roadside assistance provides the driver and passengers with additional peace-of-mind. Help can be reached within seconds by pressing the red button on the centre console. If the seatbelt tensioners or the airbags are deployed, the emergency call is activated automatically.
The Grandland X Hybrid4 is a key part of Vauxhall’s commitment to electrifying its entire product portfolio by 2024. The all-new, fully electric Corsa-e is now available to order.
Vauxhall Grandland X Hybrid4 is the brand’s first all-wheel drive plug-in hybrid. Combining the best of electric drive and a combustion engine, the versatile SUV offers powerful performance with the benefit of electric range.
The new Grandland X Hybrid4 is powered by a 1.6-litre turbo petrol engine and two electric motors. Together, the Euro 6d-TEMP-compliant petrol engine and electric motors produce up to 300hp, and offer a combined fuel consumption of 204mpg, emitting just 34g/km CO2. The 200hp four-cylinder internal combustion engine was specially designed to meet the requirements of the hybrid vehicle. The Grandland X Hybrid4 achieves 0-60 mph in just 5.9 seconds.
The electric unit consists of two electric motors – one at the front and one at rear. The front electric motor transfers its power to the front wheels via an electrified eight-speed automatic transmission, while the second electric motor and the differential are integrated in the rear axle. This second electric drive turns the Grandland X Hybrid4 into a permanent all-wheel drive vehicle with optimum traction. The plug-in hybrid can cover up to 35 miles of pure-electric range, according to the WLTP driving cycle.
Four drive modes: emissions-free in town, powerful on the open road
With the Grandland X Hybrid4, drivers have the option of four different driving modes depending on their preferences and requirements. The ‘Hybrid’ mode focuses on optimising the vehicle's fuel consumption. The combustion engine and electric motors operate together or alternately, depending on driving conditions and driving style.
Activating ‘Electric’ mode switches the Grandland X Hybrid4 to pure electric drive. In most cases, power is delivered by the rear electric motor but the front motor is activated when required, for example if the driver pushes the accelerator pedal all the way in. At this point, the combustion engine is also temporarily engaged to provide maximum power. The top speed in pure electric drive is 84mph. In ‘All-Wheel Drive’ mode, the Grandland X Hybrid4 is driven by the front and rear wheels. The top speed in ‘All-Wheel Drive’ is 146 mph.
‘Sport’ mode combines the power of the combustion engine and the electric motor for a particularly dynamic driving style. The total power output is equivalent to the peak output of combustion engine plus electric motor power output. For example, the Grandland X Hybrid4 with a 147kW (200hp) combustion engine and two electric motors (front/rear: 81/83kW) and a single 90kW battery has a total power output of 221kW (300hp).
INFOTAINMENT AND DRIVER ASSISTANCE SYSTEMS
The Grandland X Hybrid4 features a state-of-the-art, 8-inch infotainment system. Essential hybrid-specific information can be easily accessed via the ‘EV’ button, or via the indicator stalks for the on-board computer.
At a glance, Grandland X Hybrid4 drivers can see the current drive mode – ‘Electric’, ‘Hybrid’, ‘All-Wheel Drive’ or ‘Sport’. The ‘Powerflow’ display shows the current state of charge, energy recovery and the active power source – petrol or electric. In addition, the ‘Statistics’ screen shows the average consumption data over a select period of time using colour-coded graphics. Green indicates energy recovered by braking and partial recharging by the petrol engine, blue shows energy consumed by the vehicle battery, and orange shows fuel consumption.
On the ‘Charge’ page, the driver can check on charging progress. With ‘Immediate Charging’, the car starts charging as soon as it is docked. ‘Delayed Charging’ schedules charging to begin at a specific time of the day and removes the need to re-enter a time on a daily basis. This is particularly useful when using cheaper rates of electricity at night. In addition, drivers can also check battery level and control charging on the go via the MyVauxhall app.
The ‘e-Save’ section of the infotainment system allows the driver to determine how much battery energy needs to be reserved to ensure that the vehicle reaches its destination when in a zero-emissions zone. The driver can choose to save six or 12 miles of range, or reserve all of the battery energy.
Driver Assistance Systems
Numerous driver assistance systems fitted as standard ensure that the Grandland X Hybrid4 is as safe and comfortable as it is exciting to drive.
Vauxhall Connect makes journeys even more relaxing for drivers and passengers. The system includes live navigation with real-time traffic information and, in the case of heavy traffic, suggests the best alternative route while advising on consumption and mileage. For extra peace of mind, Vauxhall Connect features Emergency Call and Breakdown Call with access to Roadside Assistance.


Applications of Artificial Intelligence: Medical Imaging
Medical imaging in itself is a technological wonder. The resulting images provide doctors with a way to diagnose and quickly begin treatment without having to perform invasive, exploratory procedures. The ability to take pictures inside the human body was the result of years of scientific and engineering research and development. Today, we are advancing that technology by applying artificial intelligence (AI) to pinpoint abnormalities quicker. AI can correlate data from a wide variety of images to lead doctors to new discoveries of trends and predictive markers for disease.
Dovel has developed a number of AI solutions for medical imaging that are detailed below and are available to view on our digital platform, Discover.
There are many different types of abnormalities that chest x-rays detect so doctors need ways to localize findings on x-ray images for more meaningful diagnostic results. Dovel participated in a global machine learning (ML) competition designed to find more efficient ways for studying these complex images. The event, hosted by Kaggle (a subsidiary of Google) and VinBigData, presented a challenge of localizing and classifying abnormalities in chest x-rays.
The Dovel solution approached the problem of localizing findings in four steps.
- Step 1: Train Object Detection Model for abnormalities localization.
- Step 2: Train Binary Classification Model to classify if the x-ray is normal or abnormal.
- Step 3: Filter out chest x-rays that are predicted as normal from classification model.
- Step 4: Detect and localize on abnormal x-rays filtered from Step 3.
Around 15,000 annotated chest x-rays for Chest Abnormality Object Detection were provided for training of the ML models. Dovel’s Innovation and Technology Group (ITG) data science team also used an additional 12,000+ annotated x-rays from the National Institutes of Health (NIH) to aid in the training of our ML submission.
The ITG’s data science team was awarded a bronze competition medal and placed 80 out of 1277 teams with their solution. Check out the solution here.
X-ray Segmentation: Pneumothorax Segmentation
A more specific application of AI for chest x-rays is our work on a model that identifies pneumothorax disease (a collapsed lung) in chest x-rays by segmenting the region where the pneumothorax is located. We used a deep learning semantic segmentation model called UNet++ with an EfficientNet backbone for the pneumothorax segmentation prediction. An x-ray image goes into the model and outputs the predicted pixels of the image where the pneumothorax occurs.
Microscopic Imaging: Metastatic Cancer Detection
Metastatic cancer is a cancer that has spread from the part of the body where it started (the primary site) to other parts of the body. Dovel used a deep learning model trained on around 200K annotated images to achieve 97 percent accuracy in metastatic breast cancer detection.
Data augmentation was used during the training of the model to give the model more samples to learn from and help the model be more robust to filter out other unrelated factors. Randomly horizontally flipping the image gives the model another perspective to learn from, with the same class label. Injecting random brightness and contrast to the image helps the model be more robust to brightness and contrast noise. A deep learning model was also used on the images to produce a binary prediction probability.
CT Scans: Head Hemorrhage Detection
Intracranial hemorrhage refers to bleeding within the skull that occurs when a blood vessel within the skull is ruptured or leaks. Intracranial hemorrhages account for around 10% of strokes in the U.S. Stroke is the fifth leading cause of death in the U.S. Diagnosis requires an urgent procedure, highly trained specialists, and time.
Medical Imaging analysis helps the process of identifying organs or lesions from CT scans or MRI images and can deliver essential information about the shapes and volumes of these organs. Earlier, the process of automating this procedure was done using edge detection filters and mathematical methods. However, with the advent of AI, deep learning has become the preferred capability in image processing tasks. Deep learning is indispensable to the medical industry today. However, what it has achieved is just the tip of the iceberg. Deep learning has the potential to automate significant areas of the healthcare industry.
Our solution uses two advanced deep learning models, both achieve over 98 percent accuracy. The first model is a simpler version that is used for rapid prototyping and experimentation iterations. The second model is an advanced CNN-RNN deep learning model for production deployment. CNNs can help enable highly representative, data-driven, layered hierarchical image features to be learned with sufficient training data. The main strategy that we employ when using CNNs for medical image classification is to train the CNN from scratch, using pre-trained CNN features off–the–shelf and undertaking unattended pre-training with supervised fine-tuning.
We’re continually developing and adding to Discover, be sure to check it out for additional medical imaging solutions as well as other AI, ML, and natural language processing (NLP) solutions.


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A Free Hosting Control Panel
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Dedicated Servers with SSD Drives
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High Performance Computing Engineer Redhill £80000 - £90000
Our client, a forward-thinking technology and research company based in Redhill is currently looking for a High Performance Computing Engineer (HPC). The HPC Engineer will have extensive expertise in HPC compute and storage, in both hardware - CPUs, accelerators, interconnects, storage and software - Linux components, HPC tools and parallel file systems.
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Prism and Multiple-Prism Pulse Compressors
Prismatic pulse compressors for femtosecond lasers were first introduced in single-prism configuration by Dietel et al. Picture below shows a schematic of Del Mar Photonics Trestles femtosecond Ti:Sapphire laser with a prism pair.
Del Mar Photonics offer dispersion prisms from stock.
Dispersion prism pairs
W. Dietel et al., Intracavity pulse compression with glass: a new method of generating pulses shorter than 60 fs, Opt. Lett. 8, 4-6 (1983).
F. J. Duarte and J. A. Piper, Dispersion theory of multiple-prism beam expander for pulsed dye lasers, Opt. Commun. 43, 303-307 (1982).
R. L. Fork et al., Negative dispersion using pairs of prisms, Opt. Lett. 9, 150-152 (1984).
F. J. Duarte, Generalized multiple-prism dispersion theory for pulse compression in ultrafast dye lasers, Opt. Quantum Electron. 19, 223-229 (1987).
F. J. Duarte, Prismatic pulse compression: beam deviations and geometrical perturbations, Opt. Quantum Electron. 22, 467-471 (1990).
K. Osvay et al., Measurement of non-compensated angular dispersion and the subsequent temporal lengthening of femtosecond pulses in a CPA laser, Opt. Commun. 248, 201-209 (2005).
F. J. Duarte, Equations for multiple-prism dispersion, Laser Focus World 42 (9), 11 (2006).
Other references to publications about using fused silica prisms with femtosecond pulses
1 - 2 - 3 - 4 - 5 - 6 - 7 - 8 - 9 - 10 - 11 - 12 - 13 - 14 - 15 - 16 - 17 - 18 - 19 - 20 - 21 - 22 - 23 - 24
Del Mar Photonics
Negative pre-chirp in multiphoton microscopy
In multiphoton microscopy it's important to take into consideration the dispersion of ultrashort pulses in the microscope optics.
Short pulse has a broad spectrum
The speed of light in different materials is equal to v = c/n, where n is a refractive index. In most materials refractive index is higher for shorter wavelength (higher frequencies) of the spectrum. This is call dispersion.
While passing though microscope optics the low frequency part of the femtosecond pulse travels faster than high frequency. As a result original short pulse becomes longer with the low frequency part arriving first to the specimen. This is called chirp.
Let's go through some numbers. Typical femtosecond pulse from Ti:Sapphire
laser with central wavelength 800nm has spectral components from 750 nm to 850
nm (all numbers for estimates only). In fused silica refractive index for 750 nm
is 1.4542 and at 850 nm is 1.4525. We use fused silica for estimates since it's
the often used material in prism stretchers and compressors for femtosecond
So after passing through 3 cm of fused silica the time delay between these two spectral parts of the pulse will be
Delta t = Delta n* L/c = L/c = 0.0017 * 100 ps = 170fs. Picture below shows chirped pulse with increased duration.
In multiphoton microscopy high intensity of the pulse is required to obtain
multiphoton effect. With longer pulses it will be necessary to increase total
pulse energy to get to the same intensity level. To avoid potential damage to
the sample it's useful to use ultrashort pulses with negative chirp equal to the
chirp created by microscope optics.
Having negatively chirped pulse helps to obtain better quality images at any depth. However it's even more important for deep tissue imaging.
Deep tissue imaging limited by linear absorption and tissue damage at higher pulse energies. Optimizing the beam chirp so the shortest pulse duration is achieved in the focus of the beam will result in less pulse energy required to obtain intensities necessary for efficient multiphoton processes deeper in the sample.
Negative chirp is easy to achieve with simple prism assemblies which are often used to generate and modify femtosecond pulses. Since pulse chirp is mainly formed in microscope optics, and less substantial in sub-millimeter thickness of the sample tissue, compensating pulse chirp (by creating negative chirp or "pre-chirping" pulse) is basically a one time procedure that can be performed on existing multiphoton set ups using a pair of dispersion prisms.
Del Mar Photonics - Dispersion prism pairs from stock


Prof. Mohd Zaid Bin Abdullah
Universiti Sains Malaysia, Malaysia
Biography: M. Z. Abdullah graduated from Universiti Sains Malaysia (USM) with a B. App. Sc. degree in Electronic in 1986 before joining Hitachi Semiconductor as a test engineer. In 1989, he commenced an M.Sc. in Instrument Design and Application at University of Manchester Institute of Science and Technology, UK. He remained in Manchester conducting research in Electrical Impedance Tomography at the same university, and received his Ph.D. degree in 1993. He joined USM in the same year. His research interests include microwave tomography, digital imaging, and ultra wide band sensing. He has published numerous research articles in international journals and conference proceedings. One of his papers was awarded The Senior Moulton medal for the best article published by the Institute of Chemical Engineering in 2002. Presently he is director of the Collaborative Microelectronic Design Excellence Centre (CEDEC), Universiti Sains Malaysia.
Seoul National University, South Korea
Biography: Prof. Taesung Park received his B.S. and M.S. degrees in Statistics from Seoul National University (SNU), Korea in 1984 and 1986, respectively and received his Ph.D. degree in Biostatistics from the University of Michigan in 1990. From Aug. 1991 to Aug. 1992, he worked as a visiting scientist at the NIH, USA. From Sep. 2002 to Aug. 2003, he was a visiting professor at the University of Pittsburgh. From Sep. 2009 to Aug. 2010, he was a visiting professor in Department of Biostatistics at the University of Washington. From Sep. 1999 to Sep. 2001, he worked as an associate professor in Department of Statistics at SNU. Since Oct. 2001 he worked as a professor and currently the Director of the Bioinformatics and Biostatistics Lab. at SNU. He served as the chair of the bioinformatics Program from Apr. 2005 to Mar. 2008, and the chair of Department of Statistics of SNU from Sep. 2007 and Aug. 2009. He has served editorial board members and associate editors for the international journals including Genetic Epidemiology, Computational Statistics and Data Analysis, Biometrical Journal, and International journal of Data Mining and Bioinformatics. His research areas include microarray data analysis, GWAS, gene-gene interaction analysis, and statistical genetics.
Prof. Sung-Nien Yu
National Chung Cheng University, Taiwan
Biography: Prof. Sung-Nien Yu received both his B.S. and M.S. degrees in Electrical Engineering from the National Taiwan University, Taipei, Taiwan, in 1987 and 1991, respectively. He received his Ph.D. degree in Biomedical Engineering from the Case Western Reserve University, Ohio, USA, in 1996. After graduation, he entered the Department of Physical Therapy at Chang Gung University, Tao-Yuan County, Taiwan and served as an assistant professor from 1996 to 1999. After that, he joined the Department of Electrical Engineering at National Chung Cheng University, Chia-Yi County, Taiwan in 1999 and is currently a professor of the department and the director of the Biomedical Signal Processing and System Design Laboratory. He is a member of the IEEE Engineering in Medicine and Biology Society and a permanent member of the Taiwanese Society of Biomedical Engineering. His research interests include biomedical signal processing, biomedical image processing, and the application of pattern recognition and machine learning technologies to biomedical problems.
Assoc. Prof. Dr. Dong Van Quyen
Vietnam Academy of Science and Technology, Vietnam
Biography: Dr. Quyen holds a PhD in Biochemistry and Molecular Biology from Sungkyunkwan University-School of Medicine, South Korea. After obtaining his PhD in 2006 he spent 1 year at Department of Bacteria and Parasitology, National Veterinary Research and Quarantine Service, South Korea and 2 years at Health Science Center, University of Tennessee, USA working on molecular biology of Neospora and angiogenesis. He returned Vietnam in 2010 and since then head of Molecular Microbiology Lab (MML), Institute of Biotechnology (IBT), Vietnam Academy of Science and Technology. His Lab specializes in the development and applications of diagnostic tests for microbial pathogens using modern molecular biology techniques. Our approaches provide highly accurate, rapid and sensitive tests for detection of emerging, reemerging and different important microbial pathogens and that have led to sensitive and specific tests for the detection of many tremendous pathogens such as hepatitis B virus, HIV, white spot syndrome virus, foot and mouth disease virus, influenza viruses (H5N1, H1N1) and respiratory viruses. Another research interest of MML is application of modern technologies such as adeno-associated viral vectors and virus-like particles for production of safe and highly efficient vaccines. His current interest is screening and purification of recombinant lysins against antibiotic-resistant bacteria from bacteriophages.
Dr. Quyen is also a visiting lecturer at Hai Duong Medical and Technical University, Graduate University of Science& Technology- Vietnam Academy of Science and Technology (VAST). Since 2014 he was assigned as co-director of Dept of Biotechnology and Pharmacology, University of Science and Technology of Hanoi (USTH)-VAST.
Senior Lecturer Jeff Kilby
AUT University, New Zealand
Biography: Jeff Kilby, was born Edmonton, Alberta, Canada, has a MEng (Hons) in Signal Processing from the AUT University, Auckland New Zealand. Senior Lecturer in Electronics and Computing in the School of Engineering at AUT University, Main research topic is in the field of Biomedical Signal Processing and Devices with other research interests are LabVIEW Applications Micro-controller Applications and Wireless Sensor Network Applications. He is an IEEE Engineering in Medicine and Biology Society Membership.


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18 March 2019 – Keynote Presentation by Professor Makoto Kaneko
Dr. Makoto Kaneko (M’88-SM’03-F’06 for IEEE) is a professor of the Department of Mechanical Engineering, Graduate School of Engineering, Osaka University. He received Ph.D. at the University of Tokyo in 1981. His current research interests include dynamic active sensing, such as Strobe Imager, cell deformability sensing, dynamic sensing of human eye, and dynamic sensing of internal organs by using both high speed vision and high speed actuator. He has received 30 awards, including the Humboldt Research Award in 1997, the IEEE ICRA Best Manipulation Paper Award in 2000, the IEEE ISATP Outstanding Paper Award in 2001, the IEEE RAS King-Sun Fu Memorial BestTransactions Paper Award in 2003, the IEEE ICIA Best Conference Paper Award in 2005, the IEEE ICMA Best Paper Award in Automation in 2013, and the IEEE MHS Best Paper Award in 2012 and 2014. He also received the Honorary Doctor from Darmstadt University of Technology, Germany in 2013.
“Beyond Human Technology” Opens a New Bio/Medical World
This talk begins by explaining what is “Beyond Human Technology”. Knowing of the limitation of human perception and action, we show how to design artificial systems leading to “Beyond Human” by utilizing two kernel components, an online high speed vision and a high speed actuator where both operating speeds are several hundred times faster than human eye and muscle, respectively. We introduce a couple of examples in both robotics and bio/medical fields. As for robotics, we show “The 100G capturing robot”, “Two-fingered hyper human robot hand”, “Hyper plate manipulation learnt from pizza master”, and “Hyper magician”. As for bio/medical application, we show a fast and fine cell manipulation system with the frequency of 100Hz and the resolution of 250 nanometers by using both a newly developed syringe pump and an online high speed vision. As an application of cell manipulation, we show “Cell Stress Test” where a sinusoidal mechanical stress is continuously imparted to a cell until it eventually gets damage. We also show an interesting behavior of red blood cells where their recovery characteristics after the microchannel dramatically change depending upon the loading time. Finally, we would discuss the correlation between the deformability of red blood cell and brain progress, with my personal viewpoints. All topics in this talk will be explained together with video demonstration.
19 March 2019 – Keynote Presentation by Professor Bijnan Bandyopadhyay
Bijnan Bandyopadhyay received his B.E. degree in Electronics and Telecommunication Engineering from the University of Calcutta, Calcutta, India in 1978, and Ph.D. in Electrical Engineering from IIT Delhi, India in 1986. In 1987, he joined the Systems and Control Engineering group , IIT Bombay, India, as a faculty member, where he is currently a chair professor. In 1996, he was with the Lehrstuhl fur Elecktrische Steuerung und Regelung, RUB, Bochum, Germany, as an Alexander von Humboldt Fellow. He was awarded Distinguished Visiting Fellow by the Royal Academy of Engineering, London in 2009 and 2012. Professor Bandyopadhyay is a Fellow of Indian National Academy of Engineering. He has 400 publications which include monographs, book chapters, journal articles and conference papers. He has guided 36 Ph.D. theses at IIT Bombay. His research interests include the areas of multirate output feedback based discrete-time sliding mode control, event-triggered sliding mode control and nuclear reactor control. Prof. Bandyopadhyay served as Co-Chairman of the International Organization Committee and as Chairman of the Local Arrangements Committee for the IEEE ICIT, Goa, India, in 2000. He also served as one of the General Chairs of IEEE ICIT conference, Mumbai, India in 2006. Prof. Bandyopadhyay has served as General Chair for IEEE International Workshop on VSSSMC, Mumbai, 2012. Prof. Bandyopadhyay is currently serving as Technical Editor of IEEE/ASME Transactions on Mechatronics, Associate Editor of IEEE Transaction on Industrial Electronics and Associate Editor IET Control Theory and Application. Professor Bandyopadhyay is an IEEE Fellow.
“Super-Twisting based Integral Sliding Mode control and Implementation issues of Super Twisting Control”
The talk will be on a new algorithm on continuous sliding mode based on integral sliding mode control (ISMC) where the discontinuous part of the ISMC is replaced by continuous control. It is shown that the well known super twisting control (STC) which replaces the discontinuous part of the ISMC acts as a disturbance observer and hence cancels the matched disturbance. As the overall controller is continuous, the proposed method is advantageous over the existing integral sliding mode control, which has a discontinuous term. Also from the practical implementation point of view, in particular for mechanical systems, discontinuous term will result in chattering which is very much undesirable. Some implementation results on a practical system and its superiority will be also discussed. In the second part of the talk, an output feedback stabilization of perturbed double integrator systems using super twisting control (STC) will be presented. It will be shown that when STC is implemented based on super twisting observer (STO) then it is not possible to achieve second order sliding mode (SOSM) using continuous control on the chosen sliding surface. Two methodologies are proposed to circumvent the above mentioned problem. In the first method, control input is discontinuous which may not be desirable for practical systems. In second method continuous STC is proposed based on higher order sliding mode observer (HOSMO) which achieves SOSM on the chosen sliding surface. For simplicity, we are considering here only the perturbed double integrator, which can be generalized for an arbitrary order. Some Numerical simulations and experimental validation will be also presented to show the effectiveness of the proposed method.


Geophysicist Dr. Josh Keyes discovers that an unknown force has caused the earth’s inner core to stop rotating. With the planet’s magnetic field rapidly deteriorating, our atmosphere literally starts to come apart at the seams with catastrophic consequences. To resolve the crisis, Keyes, along with a team of the world’s most gifted scientists, travel into the earth’s core. Their mission: detonate a device that will reactivate the core.
- The Earth’s core has stopped spinning. Disasters are appearing all over the world: Birds acting crazy, powerful thunderstorms, 32 people die within seconds of each other when their pacemakers quit working. Dr. Josh Keyes and his crew of five (total members: 6) go down to the center of the Earth to set off a nuclear device to make the Earth’s core start spinning again or Mankind will perish.
- For reasons unknown, the earth’s inner core has stopped rotating, causing the planet’s electromagnetic field to rapidly deteriorate. Instantly, life around the globe begins to change dramatically. In Boston, 32 people with pacemakers, all within a 10-block radius, suddenly drop dead. In San Francisco, the Golden Gate Bridge collapses, sending hundreds of people plunging to their deaths. In London’s Trafalgar Square, flocks of pigeons lose their ability to navigate, flying into panicked crowds, slamming into windshields and causing drivers to lose control of their cars. And in Rome, as thousands of tourists watch helplessly, an electrical superstorm reduces the ancient Roman Colosseum to rubble. Scrambling to resolve the crisis, government and military officials call upon geophysicist Dr. Josh Keyes and a team of the world’s most gifted scientists to travel into the earth’s core in a subterranean craft piloted by “terranauts” Major Rebecca “Beck” Childs and Commander Robert Iverson. Their mission: Detonate a nuclear device that will reactivate the core and save the world from sure destruction.
- Scientists discover that the Earth’s core is about to stop spinning. This will cause tremendous natural disasters, wiping out life as we know it. A team of scientists are recruited in a crash project to send a ship and bomb into the center of the Earth to prevent the catastrophe.
- The only way to save Earth from catastrophe is to drill down to the core and set it spinning again.


To show off the power of Cloud ML Engine we built two versions of the model independently—one in Scikit-learn and one in TensorFlow—and built a web app to easily generate predictions from both versions. Because these models were built with entirely different frameworks and have different dependencies, it previously required a lot of code to build even a simple app that queried both models. Cloud ML Engine provides a centralized place for us to host multiple types of models, and streamlines the process of querying them.
And before we get into the details, you may be wondering why you’d need multiple versions of the same model. If you’ve got data scientists or ML engineers on your team, they may want to experiment independently with different model inputs and frameworks. Or, maybe they’ve built an initial prototype of a model and will then obtain additional training data and train a new version. A web app like the one we’ve built provides an easy way to compare output, or even load test across multiple versions.
For the frontend, we needed a way to make predictions directly from our web app. Because we wanted the demo to focus on Cloud ML Engine serving, and not on boilerplate details like authenticating our Cloud ML Engine API request, Cloud Functions was a great fit. The frontend consists of a single HTML page hosted on Cloud Storage. When a user enters a movie description in the web app and clicks “Get Prediction,” it invokes a cloud function using an HTTP trigger. The function sends the text to ML Engine, and parses the genres returned from the model to display them in the web UI.
Here’s an architecture diagram of how it all fits together:


Are you the person who ALWAYS neglects to charge their phone before going out? It’s safe to say you’ll need one of these.
Portable: Lightweight and small, keep this bad boy on you and you’ll never worry about a drained battery again.
Wireless: No bulky cables needed! Just hold your phone up to the surface and you’ll get a quick charge.
Convenience: Save yourself the stress of being out for the night with a low battery. Stay prepared and keep a portable charger with you!
USB Ports: 1
Type: Wireless Charger
Power Source: USB
Compatible Brand: Universal
Style: Wireless Charging Pad, Qi Charging Pad, USB Charge pad
Circuit design: Prevent battery overcharge and discharge
Recharging current: 1000mAh


Tips For Staying Connected Without Actually Plugging In
It is almost impossible to disconnect from technology in today’s world. We constantly need to stay connected and plugged in since our lives are literally organized on our phones. But there are also many days when we don’t want the extra weight on our phone battery or we simply just need a little bit of a detox. Whether you’re feeling to plugged in lately or just trying to cut down on your screen time for the day, the tips we have compiled below will help you stay connected without using every gadget on hand. Enjoy!
Turn off notifications
Most phones are programmed to receive automatic updates. However, you can turn this function off by going into Settings, selecting “System Updates” and then selecting the “Automatic downloads” option on your phone’s settings page. This is especially helpful if you have an older or smaller battery. It will help save power when your device has a low battery.
Turn off your screen
The latest models of smartphones now takes up to 40% more power just to reveal a black screen than just showing their logo. So, if you need to conserve battery life, you can manually turn on the “Auto-Lock” or set the alarm for 15 minutes, after which your phone should shut down by itself.
Take a break
If you’re feeling the phone’s battery is draining too quickly, it may have to do with your usage. Try taking some time away from your device and engage in other activities that can help distract you before coming back and checking if there are any messages or notifications.
Try not to use your phone as a flashlight when it’s dark since this can put an unnecessary strain on the battery. And make sure you’re charging at night while plugged in instead of leaving it connected overnight so that there isn’t any risk of overcharging or damaging the battery.


- 1 Is the Roland Blues Cube a tube amp?
- 2 Is the Roland Blues Cube digital?
- 3 Is the Roland Blues Cube good?
- 4 What is Roland Tube Logic?
- 5 How many watts is a Fender Bassman?
- 6 Where is the boss katana made?
- 7 Is Fender Princeton Chorus a tube amp?
- 8 Can you gig with a Roland Blues Cube?
- 9 Does Roland make a tube amp?
- 10 What is solid-state amp?
Is the Roland Blues Cube a tube amp?
The Roland Blues Cube Hot gives you two individually voiced channels. Like a tube amp, the clean channel’s volume adds tube fatness and bite as you turn it up. The variable gain of the crunch channel lets you dial in the perfect amount of grit.
Is the Roland Blues Cube digital?
It’s certainly portable at 16kg/35lbs, but the the Blues Cube doesn’t contain any valves at all. Instead, it uses ‘Tube Logic’ – a technology based on digital signal processing which the company says is more advanced than regular digital modelling.
Is the Roland Blues Cube good?
At full power, it’s loud enough for small gigs, while at the other extreme, the 0.5-watt setting is perfect for home practice and recording, with no loss of tone or feel. Solid-state has come a long way in the last decade, and when amps as good as this one come along, it’s hard to deny the benefits.
What is Roland Tube Logic?
With Tube Logic, the power amp works at full power even when the output wattage is lowered by the power control function. The wattage is dropped inside the power control circuit itself, making high-load behavior and low volume work smoothly together, with no tonal compromises.
How many watts is a Fender Bassman?
It had a single GZ34 rectifier, two 5881/6L6GC power tubes and four 12AX7 preamp tubes. The output was 50 watts at 8 ohm into a single 12 inch speaker, with a “Tone Ring” baffle in the speaker cabinet.
Where is the boss katana made?
As of 2019 around the launch of the DD3T and DD8 Digital Delays, Boss moved production from Taiwan to Malaysia. The Malaysian black label on the bottom looks similar to the modern era Taiwan label, verifying the new location of manufacturing.
Is Fender Princeton Chorus a tube amp?
A selectable Overdrive Mode makes this virtually a two-channel amplifier! The Overdrive Mode features exclusive Fender Pre- & De-Emphasis Distortion Circuitry that produces the searing smooth highs and deep punch like that of an overdriven stack tube – amplifier.
Can you gig with a Roland Blues Cube?
It did mine. Paul White, editor-in-chief of Sound On Sound, on life with his trusty Blues Cube guitar amp… “There is the option of buying a smaller valve amp and then miking it up for bigger gigs, but even small valve amps can be scarily loud once you ‘ve found their sweet spot.”
Does Roland make a tube amp?
The Roland Bolt 30/60/100 was the only line of tube guitar amplifiers produced by Roland. Properly speaking these are hybrid amplifiers, the pre- amp being built with solid-state circuitry.
What is solid-state amp?
A solid – state amplifier uses transistor circuits to convert an electrical signal into an audio wave. Instrumental amps contain two stages of amplification: the preamp stage at the beginning of the circuit, and the power amp stage at the end.


As the world's largest development ecosystem, Java is at the center of developing technologies such as the internet of things
The embedded Java story has its roots in the early days of the web. Sun Microsystems began to develop the technology in 1996 and now, under the stewardship of Oracle, embedded Java is moving into a new stage of its life.
With more than three billion devices being powered by Java technology, embedded Java offers developers the largest and most dynamic development platform to take advantage of this phenomenon.
“We gained a great deal of IT from the purchase of Sun Microsystems, so we have spent the intervening time repurposing some of that,” says Peter Utzschneider, VP of Product Management for embedded Java at Oracle. “But we’ve also updated our Java technology so it can be used on any device aimed at any market sector.”
One of these sectors is industrial M2M technology. Wireless modules such as the Gemalto Cinterion EHS5 offer a complete Java runtime, optimized for small, resource-constrained, connected devices. This provides the original equipment manufacturer with a cost-effective, flexible platform for bringing advanced M2M technology to market faster.
The model’s Java Virtual Machine serves as a hub, connecting application software with security elements and end-user computer systems to greatly ease integration and deployment. It enables value-added features such as over-the-air provisioning and remote updates of data and applications. These are vital to keep the technology current over the long life of applications, which can often exceed 10 years.
Oracle is focused on what it calls pervasive computing, where information processing becomes integrated into everyday objects and activities. Machines using Java are inconspicuous, but deliver real benefits to their users and the businesses that support them.
“A good example is the Gemalto wireless module that is being used in vending machines,” Utzschneider says. “It can send inventory and status updates and downloads new advertising campaigns using cellular technology. Supervisors are alerted in real time when items need replenishing or when deliveries can be postponed, which helps to optimize operations and saves time and fuel costs.”
The future for Java and embedded devices will take a big step forward with a major release of code in spring 2014. “Java 8 will be a huge milestone for the platform and the embedded community,” Utzschneider says. “The new release will build on our work standardizing the platform to allow developers to write for the Java runtime, no matter which device they are targeting.”
Last edited on October 25, 2013


Dr. Mahdavi is the Vice President, Digital Solutions, at Weatherford, where he is responsible for enhancing product and service offerings through information and analytical capability.
Dr. Mahdavi is a technology entrepreneur with focus on IoT, Cloud, predictive analytics, and their application to breakthrough IT and cybersecurity offerings. He previously served as the President and CEO of CyberSafe id, a global firm providing cybersecurity products and services. Prior to this position, he served as the president and CEO of Dexa Systems. Dr. Mahdavi has been the founder and CEO of several entrepreneurial companies for the last 10 years. Prior to his entrepreneurial career, he served in variety of technical and management positions in Schlumberger for 22 years. Dr. Mahdavi has served as Chair of the Society of Petroleum Engineers, Digital Energy Section, and is currently the SPE Digital Energy chair for strategy. He holds a PhD in Nuclear Science and Technology from the University of Michigan – Rackham Graduate School and a Bachelor of Science in Electrical and Electronics Engineering from the University of Illinois at Urbana-Champaign.


Wireless Management: Easy to Deploy
NETGEAR Wireless Management Solutions solve the quandary of individually configuring, deploying, and managing multiple standalone wireless access points. Choose to manage your WLAN either through the Cloud with Business Central Wireless Manager, or with a hardware based on site controller. Whether you need to support multiple APs at one site, or thousands across branch office locations, our Wireless platforms offer both flexibility and scalability regardless of solution chosen. Centralized management make it easier to mass configure different APs, roll out simultaneous firmware upgrades and have transparent visibility of what is happening inside your wireless network.
- • Enable wireless users to seamlessly roam while continuously connected to the network with ProSAFE WC7520, ProSAFE WC7600 and ProSAFE WC9500 Controllers
- • Optimize network with automatic RF channel settings and adjustments of AP output power setting
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- • Segment guest and corporate access with multiple SSIDs, Guest Captive Portal, and standard based VLAN configurations
ProSAFE® Wireless Management Family


Verizon recently partnered with Honeywell with the goal of helping utilities speed up and simplify the deployment of new communication-enabled, intelligent sensors and controls for the smart electric grid. Honeywell Industrial & Utilities - YouTube. “By taking advantage of an already built, cellular infrastructure, our utility customers can more quickly deploy new capabilities based on interoperable communications, allowing them to facilitate innovation. “Our Connected Utilities solutions bring connectivity and computing capabilities to all kinds of IoT devices, helping companies like Honeywell grow their leadership positions in the utilities space and expand their business models into new market opportunities.”. Honeywell is integrating Verizon’s Managed Connectivity LTE solutions into smart meters and other edge devices, developing the next evolution of the smart electric grid. Monitoring . Honeywell (NYSE: HON) has announced the official opening of an innovation hub at the Company’s regional headquarters in Dubai.The Honeywell Technology Experience Center is designed to promote knowledge exchange and demonstrate the value that can be gained from the adoption of Internet of Things (IoT) technologies. Honeywell’s high quality, rugged switches, sensors and vehicle controls have been helping power transportation applications for more than 75 years. Honeywell's Dolphin Power Tools software package provides users with varying functions and operations to customize Dolphin scanner configuration. As shown in Table 2, Honeywell currently has 61 unique customers and a total of 282 sites. Power-management systems are critical operating components of data centers. “Our Connected Utilities solutions bring connectivity and computing capabilities to all kinds of IoT devices, helping companies like Honeywell grow their leadership positions in the utilities space and expand their business models into new market opportunities.”. higher bandwidth, faster speeds and low latency, enabling advanced industrial automation and control solutions along with real-time analytics. Electrocution is one of the most common hazards across construction sites, but it also puts workers in danger in transportation, utilities or welding environments. Honeywell's complete line of building control products is already proven in more than 110 million buildings, 5,000 industrial facilities and hundreds of utilities worldwide. The open secure edge computing and networking platform enables Honeywell to incorporate sophisticated technologies like artificial intelligence and machine learning into its meters. Regulators & Shut-Offs CR4000 Series SR100 Series 1200 Series 1800C Series 1800B2 Series 1800CPB2 Series OPSO - Residential 1800 Industrial 2000 Industrial 3000 Industrial Axial Flow Valve Z Series Pilots 60 Series Pilots S100 Slamshut Valve USSA - Safety Shutoff J48 Regulator J78RS Regulator These are the boots employers trust to keep workers’ feet safe; and the boots workers want to wear because they look and feel good all day long. USB devices pose threat to industrial facilities, says Honeywell research More than 25% of the threats detected had the potential to cause a major disruption to plant operations by Utilities … Our editorial transparency tool uses blockchain technology to permanently log all changes made to official releases after publication. Honeywell's Dolphin® 99EXni mobile computers are UL certified to be non-incendive, ensuring safe operation in hazardous industries including chemical, oil and gas, life sciences and utilities.


High-Performance, Dual-Drive Storage
The G-RAID™2 is a high-performance, 2-bay enterprise-class storage system featuring ultra-reliable, 7200RPM Ultrastar drives inside, Thunderbolt™ 3 (20Gbps), USB-C™ (5Gbps) and HDMI® connectivity for ultimate flexibility. This ultra-fast, high-capacity RAID storage solution delivers speeds up to 500MB/s read and 500MB/s write2 (400MB/s2 for 8TB capacity1), and is designed for the most demanding applications while easily supporting multi-stream HD, 2K, 4K and HDR video workflows.
Enterprise-Class, 7200RPM Ultrastar Hard Drives Inside
For all your demanding workloads and mission-critical content, you can rely on the power and enhanced reliability of the enterprise-class 7200RPM Ultrastar hard drives inside.
Daisy-chaining for up to 5 additional devices
With dual Thunderbolt 3 ports, you can conveniently daisy chain up to 5 additional devices to stay connected to multiple drives, 4K displays, and more, through a single connection to your computer.
Built-in Hardware RAID
For maximum performance, G-RAID 2 comes ready to go in RAID 0 and can be configured to RAID 1 (mirroring) or JBOD for ultimate flexibility.
High-Speed Data Transfers
Quickly back up and move your HD photos and 4K footage with high-speed data transfer rates up to 500MB/s read and 500MB/s write (400MB/s for 8TB capacity).
Premium, All-aluminum Enclosure
With a premium, anodized aluminum enclosure, the G-RAID 2 pairs beautifully with your high-end computer and gives you durable strength you can feel.
5-year Limited Warranty
Backed by a 5-year limited warranty, you can be confident in the reliable storage of the G-RAID 2 for years to come.
- macOS 10.12+
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- G-RAID 2 dual-drive storage system
- (1) Thunderbolt cable (20 Gbps)
- (1) USB-C to USB-A™cable
- Quick Start Guide
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Western Digital has long been at the forefront of game-changing innovations. From the invention of the first hard drive to recent advancements in 3D NAND our journey of innovation continues to inspire those who dare to think big.
Innovating at the Boundaries of Technology, Whether in your pocket, home, car, or the cloud, it’s likely Western Digital is with you every step of the way.
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In today's fast-paced world, our collective fascination with cutting-edge technology knows no bounds. The allure of new, shiny, and innovative gadgets is irresistible, especially when they promise to revolutionize our daily routines and streamline tasks, sparing us precious time and effort. The relentless wave of innovation sweeping through the tech industry means that we are continually introduced to a plethora of genius gadgets and gizmos, each vying for our attention with promises of enhanced functionality and unrivaled convenience. In our quest to keep you informed and inspired, we've curated a selection of the most intriguing products, featuring them on our blog pages, where you'll be treated to a glimpse into the world of groundbreaking tech wonders.
Embarking on this exciting journey, we couldn't resist shining a spotlight on the Zenbook Fold by Asus. This ingenious marvel exemplifies the perfect blend of elegance and functionality, elevating the possibilities of modern computing. As its name suggests, the Zenbook Fold boasts a revolutionary folding design that redefines the concept of portability. With a seamless transition from a traditional laptop to a compact tablet, this versatile device ensures you're equipped for any situation, whether it's work, play, or creative pursuits. Its slim and sleek form, combined with powerful performance capabilities, makes it an exceptional companion for those seeking a seamless integration of style and substance in their tech arsenal.
The Zenbook Fold
The ASUS Zenbook Fold OLED is a foldable laptop with a 17.3-inch OLED touchscreen display that can be folded in half to create a 12.5-inch tablet. It is powered by a 12th Gen Intel Core i7 processor, 16GB of RAM, and 1TB of SSD storage and the latest foray into folding tablets by Taiwanese tech company Asus.
The Zenbook Fold OLED can be used in a variety of modes, including laptop mode, tablet mode, and book mode. Laptop mode is ideal for typing or working with documents, while tablet mode is perfect for watching videos or browsing the web. Book mode is a unique mode that allows you to use the laptop as a book, with the display folded in half and the keyboard hidden.
The Zenbook Fold OLED is also a great laptop for entertainment. The OLED display is perfect for watching movies or playing games, and the built-in speakers provide excellent sound quality. The laptop also has a long battery life, so you can use it all day without having to worry about running out of power. Open it up fully for a 17 inch screen to watch your favourite movies and play those addictive games. Then when it's time for work simply fold into laptop mode and either use the in-built display keyboard or very simply attach the bluetooth keyboard for a full on laptop experience.
See It In Action
As with all new tech there will always be some teething problems and some compromises early adopters must make. This is a sexy, snazzy piece of kit and will undoubtedly have friends and strangers intrigued as you show off the many different features, however it does also come with some shortcomings. To learn more about the positives and negatives of this folding tablet by Asus check out this review on YouTube. This may just be the perfect gift if you are thinking of treating your favourite independent escort making a great change from the usual perfume, flowers or lingerie that's often gifted.