Saturday, 24 October 2009
Fourth year. Listening: Robots in Japan
Click here to watch a video and say whether the following statements are TRUE or FALSE.
1. The first robot we see acts as a mannequin in a shop window
2. The robot moves in an mechanic way, repeating the same poses over and over again.
3. Hotel rooms in Tokyo are cleaned by robots.
4. Religion is closely linked to the Japanese vision of robots because they believe inanimate objects have a soul.
5. There are robots which could evolve in self-drive cars which can communicate with each other.
6. Home robots are easy to build and inexpensive.
7. You can find a few robot shops in a couple of big cities in Japan.
8. The shop assistant wishes she could build a robot with a heart one day.
Click here to see the correct answers.


the use cases...
process & manufacturing:
revamping or retrofitting of existing installations
installation of new equipment in a busy environment
drawings / model updates
building / construction:
inventory after a disaster
2D drawings creation / update
modifications or renovation
Lidar 3D Scanning
We discuss with you to validate the feasibility of the survey, write your specifications and establish our commercial offer.
We plan the intervention according to the constraints of the site.
We carry out the survey on-site following the best safety standards while limiting disturbances to your operations.
We process the data collected on-site in our offices: registration, cleaning, and positioning in your project coordinate system.
We publish and deliver the 3D survey point cloud in the correct format for your use.
3D survey point cloud in all standard formats and compatible with your CAD system .
as-built 3D model according to your standards
Files are delivered by mail on a physical storage device or via our cloud platform.
« light detection and ranging » or « laser imaging detection and ranging » is a method for determining ranges by targeting an object or a surface with a laser and measuring the time for the reflected light to return to the receiver. LIDAR may operate in a fixed direction (e.g., vertical) or it may scan multiple directions, in which case it is known as LIDAR scanning or 3D laser scanning.
For all its 3D laser scanning projects, Planet3D trusts Leica Geosystems hardware and software for their accuracy and productivity.


5g network in India launch date:
As of now, many 5g mobiles are launched in India and the world. Now you may have questions about the 5g network, it’s working, and its benefits.
so this article is for you.
These are the contents covered in the article
5g phones already launched in India. but building a 5g network in India is going to take a long time.
To implement a 5g network in India, we have to acquire new technologies and radio spectrum.
The radio spectrum will be auctioned by the government by inviting telecom private companies to purchase.
According to reports, it is said that there would be a delay in 5g network rollout due to the ban of Chinese company Huawei and ZTE and there may be an increase in price to set up a 5g network in India.
According to reports published in financial times, Huawei and ZTE companies are banned because to dissolve Chinese companies from the telecom industry.
But the decision is still information is still not confirmed by the government of India. The information was published in aug25.
Huawei and ZTE acquired market shares in India because they supplied telecom equipment at low rates compared to other companies. The biggest competitors of Huawei in the telecom industry are Nokia, Ericsson, and Samsung.
source link: canva.com
Earlier it was expected to launch 5g in India by 2020, but it got delayed due to Chinese company bans and other technical issues.
Director general of cellular operators association of India ( Rajan Mathews) said that high cost and limited availability is likely to cause the delay in the rollout of the 5g network in India by 5 years.
5G networks are cellular networks, in which the service area is divided into minor areas called cells.
The 4g network used macro cells but the 5g network needs small cells for transmission.
The versions of internet generations of mobiles are 0g, 1g, 2g, 2.5g, 2.75g, 3g, 3.5g, 3.75g, 3.95g, 4g, 4.5g, 4.9g, 5g, 6g
5G can support up to a million devices per square kilometer, while 4G supports only up to 100,000 devices per square kilometer
5g networks use about 28ghz of frequency compared to 700Mhz to 2500Mhz frequency of 4g.
The bandwidth of 5g is about 10gbps.
In 5g the operating cells will be from microcells to small cells.
Now you might wonder whether 5g is speed is faster than fiber optics?
The answer is absolutely not. The bandwidth of fiber optics is 100 Gbps.
The internet speed of cables increased over time because earlier the network company consumers used copper cables for transmission, now the consumers are using fiber optic cables.
North and South America
Trinidad & Tobago
Middle East and Africa
Asia and Oceania
Three other countries have also begun rolling out 5G networks since February: Canada, Hong Kong, and Thailand.
As of now, India is not ready for 5g yet. Still, a network test has to be carried out. There is a lot more to do for the 5g network in India.
According to a report from a business insider, it says that in the year 2023 the percentage of users adopting 5g technology is only 5%.
So the 5g network is very premium for Indian network users. But as of now, many companies launched 5g smartphones in India.
Now you can ask whether to buy a 5g phone or not?
So the answer is no.
Advantage of 5g network
- Larger bandwidth so larger internet speed on mobile
- Operation of the remote car is possible
- It contributes more to artificial intelligence and cloud storage
- High network connectivity even in crowded places due to small cells.
Disadvantage of 5g network
- 5g internet network consumes more battery power on mobiles.
- The New 5g network setup includes installing more towers that are not good for the beauty of cities.
- The initial cost of 5g is premium.
For more interesting articles on technology visit madsachin.com


It produces a detailed and accurate digital fingerprint of incoming cargo in real-time, using the most advanced 3D camera system for acquisition of geometry and image. It goes beyond state of the art by capturing non-standardised labels and material information of the cargo in addition to its dimensions, weight and center of mass of a box.
The user interface can be handled by a worker after only single day of training. CARGO EYE can be connected to any database or inventory management system for persistently storing the captured information to be used for planning and handling.
3D measurement & reconstruction
full 3D model for advanced structural analysis and detection of damage
modular & scalable
highly configurable to integrate with existing infrastructure and workflow
CARGO EYE can be integrated with


The Genesis of Java
ü In 1990- Sun Microsystems decided to develop special software to manipulate electronic devices such as microwave oven etc.
ü Java was developed by James Gosling, Patrick Naughton, Chris Warth, Ed Frank, and Mike Sheridan at Sun Microsystems, Inc. in 1991.
ü This language was initially called “Oak”.
ü The primary motivation was the need for a platform-independent (architecture neutral) language that could be used to create software to be embedded in various consumer electronic devices, such as microwave ovens and remote controls etc.
ü Many different types of CPUs are used as controllers. To compile a C++ program for just about any type of CPU, it requires a full C++ compiler targeted for that CPU. The problem is that compilers are expensive and time-consuming to create.
ü Gosling and others began work on a portable, platform-independent language that could be used to produce code that would run on a variety of CPUs under different environments. This effort ultimately led to the creation of Java.
ü 1992-”Green “project team demonstrated the application of their new language to control a list of appliances.
ü Moreover, the Internet consists of a diverse, distributed universe populated with many types of computers, operating systems, and CPUs.
ü Even though many types of platforms are attached to the Internet, users have to run the same program.
ü This caused the focus of Java to switch from consumer electronics to Internet programming
ü Because of the similarities between Java and C++, it is tempting to think of Java as simply the “Internet version of C++.”
ü 1993-Team develops the web applets that run on all types of computers connected to the internet.
ü 1994-Team developed a web browser called “Hot Java” to locate and run applet programs on internet.
ü 1995-Oak was renamed as “Java“(from Java coffee). Netscape &Microsoft announced their support to java.
ü 1996 –Sun releases Java Development Kit (JDK).
ü Oracle Corporation acquired sun Microsystems in 2010.


Tuesday, September 14, 2010
Monday, September 13, 2010
Monday, August 30, 2010
- 50 Configurable Trigger Events: in a intelligent event engine tool where “the configuration limit is your imagination” (geo-fences, time & distance, speed limits, time windows and much more specific user events).
- Turn by Turn Reports: By tracking the vehicle’s heading change, a turn-by-turn report can be achieved. This leads to detailed tracking of a vehicle’s route and also to a reduction of unnecessary reports on long straight roads and highways.
- GPS Back Log and Acceleration: Positive and negative accelerations can be monitored to generate reports on large gas pedal usage and breaking/crashing conditions. Also a GPS Back Log that stores all data received from the internal GPS module at a 1-second rate can be retrieved at any time, for example when a large negative acceleration (possible crash) is detected. With this log, the last minute of the vehicle’s location/speed can be examined second by second.
- FOTA – Firmware Over the Air with a single command.
- DOTA – Download Over the Air – easily control your unit over GPRS or SMS.
- Intelligent RS232 port (DB9 connector) for MDT – Mobile Data Terminals, Bar Code Scanners, Satellite Modems, RFID Readers, OBDII –CAN-Bus devices.
- UDP and/or TCP communications protocol available. Up to 10 different IP and/or DNS + 5 different SMS and/or SMPP destination addresses.
- 4 Inputs – 4 Outputs / 1 Analog input / 1 Ignition Input.
- Audio / Voice port.
- Optional Internal back-up battery.
- Standard TAIP ASCII GPS Protocol: makes it easy to integrate in any AVL/mapping server solution.
- Store and Forward: 1200 events
- Aluminum housing.


They say that a VPN is only as good as its encryption capabilities, but encryption in itself is not the simplest of topics. The terminology used to determine how secure a VPN connection is, can get very confusing, very quickly. Slapdash to the point of being misleading, many VPN providers describe the encryption they use in a telegraphic manner or worst, they don’t describe it at all.
Eavesdroppers are kept away, when using a VPN app. that encrypts your data and cloaks your IP address and it’s important to know how secure your VPN really is by simply becoming acquainted with jargon.
OPEN VPN CYPHERS
Before getting familiar with security standards and encryption protocols, let’s just focus on this pretty impressive feature for a VPN to have, the Open VPN Cipher: AES (Advanced Encryption Standard) with 256-bit keys — also known as the AES-256. This security standard is basically the same encryption standard adopted by the U.S. government and used by security experts worldwide to protect classified information.
Right below we have AES- 128, the Open VPN Cipher used by My IP.io, which remains secure as far as the AES in general is regarded. The mathematics of the 128 bit AES goes to show that a billion billion years are required and a supercomputer for a brute force attack to crack it.
Pretty impressive, huh?
For the sake of the argument, it is worth mentioning that given sufficient time, a brute force attack is capable of cracking any known algorithm.
With this in mind, here’s the actual math of the number of years it would take to crack 128- bit AES (notice the exponential increase depending on the key size!)
No. of Years to crack AES with 128-bit Key = (3.4 x 1038) / [(10.51 x 1012) x 31536000]
= (0.323 x 1026)/31536000
= 1.02 x 1018
= 1 billion billion years
Of course AES is not perfect, but hey! math doesn’t lie and the fact that governments and businesses place a great deal of faith in the belief that AES is so secure that its security key can never be broken, despite some of its inherent flaws and that it has been a standard coined by the U.S. National Institute of Technology (NIST) since 2001, it’s no insignificant detail.
A VPN is only as good as its encryption capabilities.
Wikipedia defines encryption as being the process of encoding data in such a way that only authorized parties can read it. Encryption does not of itself prevent interception, but denies the message content to the interceptor. In an encryption scheme, the intended communication information or message, referred to as plaintext, is encrypted using an encryption algorithm, generating ciphertext that can only be read if decrypted.
For technical reasons, an encryption scheme usually uses a pseudo-random encryption key generated by an algorithm. It is in principle possible to decrypt the message without possessing the key, but, for a well-designed encryption scheme, large computational resources and skill are required. An authorized recipient can easily decrypt the message with the key provided by the originator to recipients, but not to unauthorized interceptors.
Simply put the above statement can be summarized in the idea that encrypted data can be decoded only with the right decoder.
An encryption key tells the computer what computations to perform on data in order to encrypt or decrypt the data.
There are two main encryption models:
· symmetric-key encryption, based on the same key used to both encrypt and decrypt a message shared among all users.
- public-key encryption, each computer (or user) has a public-private key pair. The private key from one computer (or user) encrypts the message, while the other computer uses the corresponding public key to decrypt that message.
The Tunnel, a Matrioshka of files:
Essentially, when using a VPN app., data is encrypted at each end of the tunnel and decrypted at the other end.
The tunnel itself is simply the path connecting two locations (flashback to a tunnel going under a mountain, where the mountain is the internet and the tunnel is the safe path through the other side).
When it reaches the internet, each data file is broken into a series of packets to be sent and received by devices connected to the internet, as the de factomanner in which data travels online. In this context, tunneling is the process of placing an entire packet within another packet (yeah! Just like a Russian nesting doll, a Matryoshka of files) before being sent on the internet. That outer packet protects the inner packets and ensures that the “cargo” moves within the virtual tunnel.
While the tunnel itself is not encrypted, but encoding can be added, a VPNneeds more than just a pair of keys in order to apply encryption. This is where protocols come in.
IPSec or Internet Protocol Security is a widely used protocol for securing traffic on IP networks, including the Internet. IPSec can encrypt data between various devices, including router to router, firewall to router, desktop to router, and desktop to server.
In a nutshell, IPsec provides mechanism, not policy: rather than define such-and-such encryption algorithm or a certain authentication function, it provides a framework that allows an implementation to provide nearly anything that both ends agree upon (source: Friedl).
IPSec consists of two sub-protocols which provide the instructions a VPN needs to secure its packets:
- Encapsulated Security Payload (ESP) encrypts the packet’s payload (the data it’s transporting) with a symmetric key.
- Authentication Header (AH) uses a hashing operation on the packet header to help hide certain packet information (like the sender’s identity) until it reaches destination.
VPNs use IPSec in tunnel mode with IPSec ESP and IPSec AH working together.
In a remote- access VPN, tunneling typically relies on Point-to-point Protocol (PPP)
However, when trying to determine the VPN app. of choice for you, you might meet one of these three protocols based on PPP:
- L2F (Layer 2 Forwarding) — Developed by Cisco; uses any authentication scheme supported by PPP;
- PPTP (Point-to-point Tunneling Protocol) — Supports 40-bit and 128-bit encryption and any authentication scheme supported by PPP;
- L2TP (Layer 2 Tunneling Protocol) — Combines features of PPTP and L2F and fully supports IPSec; also applicable in site-to-site VPNs
Secure Shell — SSH
SSH, also known as Secure Socket Shell, is a network protocol that provides administrators with a secure way to access a remote computer. SSH also refers to the suite of three utilities that implement the protocol: — slogin, ssh, and scp — that are secure versions of the earlier UNIX utilities, rlogin, rsh, and rcp.
Secure Shell provides strong authentication and secure encrypted data communications between two computers connecting over an insecure network such as the Internet. SSH is widely used by network administrators for managing systems and applications remotely, allowing them to log in to another computer over a network, execute commands and move files from one computer to another.
At its core, Secure Shell (SSH) is a UNIX-based command interface and protocol for securely getting access to remote computers. SSH allows you to connect to your server securely and perform Linux command-line operations.
SSH commands are encrypted and secure in several ways. Both ends of the client/server connection are authenticated using a digital certificate, and passwords are protected by being encrypted.
When you use the MY IP.io app, you can easily switch between protocols,although it’s recommended that you stick with defaults.


PQ-REACT’s primary objective, is to design, build, and evaluate a framework for a simpler and more quick transition from classical to post-quantum cryptography for a broad spectrum of contexts and usage domains
In the last three decades, public key cryptography has become an indispensable component of global communication digital infrastructure. These networks support a plethora of applications that are important to our economy, our security, and our way of life, such as mobile phones, internet commerce, social networks, and cloud computing. In such a connected world, the ability of individuals, businesses, and governments to communicate securely is of the utmost importance.
At the moment, the quantum threat is theoretical as quantum computers that fulfill the requirements of Shor’s and Grover’s algorithms for long keys are not available. Still, it is evident that widely used RSA, ECDSA, ECDH, and DSA cryptosystems will need to be replaced by post-quantum cryptography (PQC). The need for addressing this problem early enough has been recognized by various relevant organizations, and the National Institute of Standards and Technology (NIST) has started an effort to identify cryptographic algorithms able to withstand quantum computer attacks by 2022 — and make them available by 2024.
The PQ-REACT project
PQ-REACT is a pioneering project aimed at securing the future of cryptography in the quantum era. Funded by the European Commission under the Horizon Europe Research & Innovation programme, it officially started on September 1st, 2023.
PQ-REACT project key components
PQ-REACT will work toward its objectives with its highly qualified consortium offering its broad spectrum of expertise and technical skills coordinated by Dr. Akis Kourtis (National Center for Scientific Research “Demokritos” NCSR, Greece).
The consortium comprises 12 partners across 7 EU member states (Greece, Spain, Germany, Italy, Estonia, Poland and Bulgaria), including Universities, Research Centers, IT companies and SMEs.
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement N° 101119547


They used to be big, later they became redundant. As soon as smartphones were ready to offer the same features, PDAs were on the way to becoming extinct. With a device like the Samsung Galaxy Note though, one can’t help but wonder if they’re making a comeback.
It’s got a big touchscreen for reading and entering text, with a stylus for jotting down notes and sketches, with powerful hardware that beats most phones in processing power and features. Sounds like a new-age PDA to us.
Samsung Galaxy Note official photos
The screen is part of the new HD SuperAMOLED line and boasts the impressive 1280×800 pixel resolution. It uses a PenTile matrix, but with 285ppi you can’t really tell. Stretching over a whopping 5.3 inches, it makes browsing those web pages an almost tablet-like experience.
The Samsung Galaxy Note shares the Exynos chipset with some of its Galaxy siblings, but it’s the one with the 1.4GHz dual-core CPUs. We’ve already had a look at its performance and we can say it’s blazing fast.
If it’s becoming hard to keep track of all the features, here’s the gist of the Galaxy Note specs in summarized form:
The Samsung Galaxy Note packs the same camera as the Galaxy S II, giving you 8MP stills and FullHD video recording. If the image quality is on par, the Note should easily beat its tablet competitors in the photography department.
One important area is portability – Samsung have made the device as small as possible (there’s hardly any bezel around the screen) but 5.3″ is pretty big. Figuring how to carry the Galaxy Note around will be a challenge, but if you find a way you can leave your phone at home – the Note has top of the line droid specs and full phone functionality too.
The Samsung Galaxy Note measures 146.9 x 83 x 9.7 mm and weighs 178g. That puts it halfway between a phone and a tablet in terms of size, but it’s surprisingly light.
The Samsung Galaxy Note has a 5.3″ SuperAMOLED screen of WXGA (1280×800) resolution. That’s 16:10 aspect ratio, which is close enough to the HD aspect (16:9) to fit videos just right but it’s a bit wider, which comes in use when browsing the web.
SuperAMOLED offers great contrast (theoretically infinite), saturated, lively colors and 180-degree viewing angles. It’s not a ‘Plus’ model, which means it uses PenTile (2 subpixels instead of 3 per each pixel). But the very high pixel density – 285ppi – puts pixels so near the edge of human vision that you have to stare closely to barely make out the PenTile grid.
For comparison, the Galaxy Tab 7.7 display has 196ppi, the Galaxy S II has 217ppi, HTC Sensation XE – 256ppi and the iPhone 4 offers 326ppi.
We took some close-up shots of the screen of the Galaxy Note along with the Galaxy S II and iPhone 4 to illustrate the difference. The photos are shot at the same magnification, so you get an idea of how the different pixel densities affects the amount of fine detail in the visible image.
You can see the PenTile matrix of the Galaxy Note, but its pixels are closer in size to those of the iPhone 4 than those of the Galaxy S II so the “grid” look typical of PenTile is practically invisible on the Note’s screen.
Plus, users will typically hold the bigger screen farther from their eyes, which increases the perceived pixel density further.
We mentioned that the theoretical contrast is infinite – that’s because black pixels are completely switched off (that is, they give off zero light). In practice, reflections limit that to a finite number, but it’s usually several thousands, well above any display that uses a backlight.
Samsung have gone through a lot of effort to make their SuperAMOLED technology as non-reflective as possible and they’ve done a pretty good job of it. Outdoor viewing is good, but there’s another problem, brightness.
The 5.3″ screen on our test Samsung Galaxy Note is rather dim. We don’t have a retail version, so it might be a pre-production issue that will be fixed. This is probably the case, since we didn’t have this problem with the bigger, 7.7″ SuperAMOLED on the Galaxy Tab 7.7.
We won’t be doing brightness measurements this time around, we’ll wait for the retail units to come out and include the results in our review.
The Samsung Galaxy Note uses portrait orientation by default and packs practically the same set of controls as the Galaxy S II. This is a Gingerbread device, not Honeycomb like the Tab 7.7, so that’s no surprise.
Above the screen you have the proximity and ambient light sensors, along with the 2MP front-facing camera. On the other side of the screen is the hardware Home button plus the capacitive Menu and Back keys on its side.
The usual set of sensors above the screen and the hardware controls below it
There’s an earpiece on top and a mouthpiece at the bottom, so you can use the Galaxy Note as a phone. Holding it with one hand is not particularly comfortable but we’ll get back to that in a minute.
At the bottom, next to the mouthpiece is the standard microUSB port (hooray!), which leaves a quadruple life – it’s a data and charging port, TV out port too (via MHL) and supports USB On-The-Go.
The bottom is also where the S Pen lives, – that’s what Samsung calls the active stylus of the Galaxy Note.
On top of the device, there’s just the 3.5mm audio jack and another microphone.
Mic pinhole microUSB port and S Pen at the bottom • 3.5mm audio jack and another microphone on top
The sides of the Samsung Galaxy Note are pretty barren – there’s a volume rocker on the left and a Power/Lock key on the right and that’s it. They are thin and barely protrude, so they’re not the easiest buttons to press, but it’s not a major problem either.
We complete our hardware inspection at the back where we find the 8MP 1080p-video-capturing camera accompanied by an LED flash. The back also houses the single loudspeaker of the Galaxy Note.
We have the usual complaint here: the camera lens is not protected from scratches and fingerprint smudges and the loudspeaker gets muffled when you place the Note on a level surface. But most manufacturers seem to ignore such issues more often than not.
The back cover is made of finely textured plastic (very similar to that of the Galaxy S II), which is nice to the touch and great at hiding fingerprints. You can see the back of the Note compared to the back of the Galaxy S II and how the two stack up size-wise.
Popping the back cover open reveals the 2,500 mAh battery. Samsung are mum on the battery time.
Also here is the SIM compartment, next to the microSD card slot, neither of which are hot-swappable as they’re blocked by the battery. How Samsung could put the microSD card slot there on such a huge device is beyond us. They have more than enough room to put the slot in a more convenient location.
The 8MP sharpshooter and the loudspeaker at the back • 2,500 mAh battery under the cover
The Galaxy Note is a monster compared to regular phones – but then again, it’s not exactly a phone. It’s thin (9.7mm), light (you wouldn’t guess it weighs 178g) and the rounded edges help ergonomics.
But still, one handed use is a problem – your thumb most likely can’t reach every point on the screen (certainly not comfortably) and unless you have big hands, you can’t easily wrap your fingers around the Note to hold it without fear of dropping. Two-hand thumb typing is absolutely spot on, however.
Pocketability is an issue too – you can certainly slip in into your pocket (the thin frame helps a lot here), but a lot of people won’t find that solution acceptable. Still, most coat pockets or purses will find enough room for the Galaxy Note, which is worth having around with all that screen real-estate.
Also known as Samsung GT-N7000, Samsung I9220
|General||2G Network||GSM 850 / 900 / 1800 / 1900|
|3G Network||HSDPA 850 / 900 / 1900 / 2100|
|4G Network||LTE 700 (region specific)|
|Status||Available. Released 2011, October|
|Body||Dimensions||146.9 x 83 x 9.7 mm|
|– Touch-sensitive controls|
|Display||Type||Super AMOLED capacitive touchscreen, 16M colors|
|Size||800 x 1280 pixels, 5.3 inches (~285 ppi pixel density)|
|Protection||Corning Gorilla Glass|
|– TouchWiz UI v4.0|
|Sound||Alert types||Vibration; MP3, WAV ringtones|
|Memory||Card slot||microSD, up to 32GB, 2 GB included|
|Internal||16GB/32GB storage, 1 GB RAM|
|Data||GPRS||Class 12 (4+1/3+2/2+3/1+4 slots), 32 – 48 kbps|
|Speed||HSDPA, 21 Mbps; HSUPA, 5.76 Mbps; LTE|
|WLAN||Wi-Fi 802.11 a/b/g/n, DLNA, Wi-Fi Direct, Wi-Fi hotspot|
|Bluetooth||Yes, v3.0 with A2DP, EDR|
|USB||Yes, microUSB v2.0 (MHL), USB On-the-go|
|Camera||Primary||8 MP, 3264×2448 pixels, autofocus, LED flash|
|Features||Geo-tagging, touch focus, face and smile detection, image stabilization|
|Secondary||Yes, 2 MP|
|Features||OS||Android OS, v2.3.5 (Gingerbread), planned upgrade to v4.x|
|CPU||Dual-core 1.4 GHz ARM Cortex-A9|
|Sensors||Accelerometer, gyro, proximity, compass, barometer|
|Messaging||SMS(threaded view), MMS, Email, Push Mail, IM, RSS|
|Browser||HTML5, Adobe Flash|
|Radio||Stereo FM radio with RDS|
|GPS||Yes, with A-GPS support and GLONASS|
|Java||Yes, via Java MIDP emulator|
|Colors||Black, White, Pink|
|– S Pen stylus
– Active noise cancellation with dedicated mic
– NFC support (optional)
– TV-out (via MHL A/V link)
– SNS integration
– MP4/DivX/XviD/WMV/H.264/H.263 player
– MP3/WAV/eAAC+/AC3/FLAC player
– Image/video editor
– Document editor (Word, Excel, PowerPoint, PDF)
– Google Search, Maps, Gmail,
YouTube, Calendar, Google Talk, Picasa integration
– Voice memo/dial/commands
– Predictive text input (Swype)
|Battery||Standard battery, Li-Ion 2500 mAh|
|Stand-by||Up to 960 h (2G) / Up to 820 h (3G)|
|Talk time||Up to 26 h 10 min (2G) / Up to 13 h 30 min (3G)|
|Misc||SAR US||0.16 W/kg (head) 0.96 W/kg (body)|
|SAR EU||0.34 W/kg (head)|
|Tests||Display||Contrast ratio: Infinite (nominal) / 2.970:1 (sunlight)|
|Loudspeaker||Voice 64dB / Noise 64dB / Ring 72dB|
|Audio quality||Noise -90.4dB / Crosstalk -87.4dB|
|Camera||Photo / Video|
|Battery life||Endurance rating 39h|


Most medical devices have a serial interface which can be used to read data from those medical devices. To do this, e.g. Dräger Medical developed a data bus, the so-called Medibus, which makes measured values, real-time curves, set values, and alarms available. This data bus is “public” and is usually employed for the purpose of connecting additional monitors for data transfers or for data management systems.
Generally speaking, Medibus is unidirectional, which means that external device control is not intended. Depending on the device and the software version of the medical device, various data is available. The amount of data available is usually larger the higher the software version of the medical device is. The devices transfer your name and software version via Medibus so that a connected PC knows the extent of the data.
Additional information on this topic can be found in the corresponding Instructions for Use for the device.
From the perspective of the medical device, Medibus is passive meaning that all necessary information must be obtained by “inquiry”. During recording MedLink, regardless of its configuration, saves all available data except real-time curves so that you can obtain all information after the recording has been completed.
The serial interface used (RS232) has a limited transmission rate; this limits the medical devices to transmitting only 2 or 3 real-time curves at a sampling rate of 16 ms/20ms.
Communication interruptions between a connected PC and the medical device are always accompanied by a warning [displayed] on the medical device; the message “COMM ERR!” or something similar usually appears on the screen. For further details, consult your Instructions for Use.
Note: Please pay attention to the advisories concerning connecting medical devices to your PC since the devices have differing plugs and pin assignments:
Establish the connection between the PC and the Dräger device via the serial interface RS232!


Aim To track the magnetic field generated by the propagating muscle action potential (MAP).
Method: In this prospective, proof of principle study, the magnetic activity of the intrinsic foot muscle after electric stimulation of the tibial nerve was measured using optically pumped magnetometers (OPMs). A classical biophysical electric dipole model of the propagating MAP was implemented to model the source of the data.
Results: The signal profile generated by the activity of the intrinsic foot muscles was measured by four OPM devices. Three devices were located above the same muscle to compare the direction and the strength of the magnetic signal while propagating along the muscle.
Interpretation: OPM devices allow for a new, non-invasive way to study MAP patterns. Since magnetic fields are less altered by the tissue surrounding the dipole source compared to electric activity, a precise analysis of the spatial characteristics and temporal dynamics of the MAP is possible. The classic electric dipole model explains major but not all aspects of the magnetic field. The field has longitudinal components generated by intrinsic structures of the muscle fibre. By understanding these magnetic components, new methods could be developed to analyse the muscular signal transduction pathway in greater detail.
The central nervous system exerts control over the activation of muscles via a dense network of nerve fibres targeting each individual muscle. There are numerous clinical situations were a detailed assessment of the nerve-innervation pattern is required for diagnosis and treatment. Especially deep muscles are hard to examine and are as yet only accessible by uncomfortable and painful needle EMG techniques. Just recently, a new and flexible method and device became available to measure the small magnetic fields generated by the contraction of the muscles: Optically pumped magnetometers (OPM). OPMs are small devices that measure the zero-field level crossing resonance of spin-polarized rubidium atoms. The resonance is dependent on the local magnetic field strength and therefore these devices are able to measure small magnetic fields in the range of a few hundred femto Tesla. In this study, we demonstrate as a proof of principle that OPMs can be used to measure the low magnetic fields generated by small hand muscles after electric stimulation of the ulnar or median nerve. We show that using this technique we are able to record differential innervation pattern of small palmar hand muscles and are capable of distinguishing between areas innervated by the median or ulnar nerve. We expect that the new approach will have an important impact on the diagnosis of nerve entrapment syndromes, spinal cord lesions and neuro muscular diseases.
This figure shows the set up for the measument:
This figure shows the siganl profile recorded at the hand a) after median nerve stimulation, b) after ulnar nerve stimulation.
This figure shows the two distribution graphically visualized:
a) median nerve stimulation
b) ulnar nerve stimulation
P. J. Broser, S. Knappe, D. S. Kajal, N. Noury, O. Alem, V. Shah, and
C. Braun. Optically Pumped Magnetometers for Magneto-Myography to
Study the Innervation of the Hand. IEEE Trans Neural Syst Rehabil Eng,
26(11):2226-2230, Nov 2018 (3.410)


Introducing M-Code Technology: Next-Level Security Authentication
1. Specialized Ink: M-code is a patented algorithm that generates random texture patterns that can contain massive amounts of information within a square millimeter-level printing area with a minimum image unit of micron level.
2. Security Features: The M-Code can be sprayed on the dark area of the packaging pattern and completely hidden, which cannot be recognized by the naked eye. It needs to be detected using a matching recognizer. At the same time, the M-Code can be designed to match the product in any shape, such as the same shape as the logo.
3. Detection Methods: To reveal the hidden code, you typically need a specific device that can illuminate the printed material with the right wavelength to make the hidden information visible.
4. Anti-Counterfeiting: Hidden code printing is an effective way to deter counterfeiters because they may not be aware of the presence of hidden codes, and replicating them without the proper technology is extremely difficult.
5. Customization: Hidden codes can be customized for each item, making it challenging for counterfeiters to produce copies that match the genuine product.
6. Applications: The uniqueness of M-Code data and its combination with various technologies such as QR code enable unique ID card management in various stages of product production, warehousing, warehousing, circulation, and consumption.
The technology used for hidden code printing can vary depending on the specific requirements of the application. It may involve specialized inks, printing processes, and detection equipment.
It’s worth noting that advancements in technology have led to more sophisticated hidden code printing methods, making it increasingly difficult for counterfeiters to replicate or bypass these security measures.


1 hours ago Weboost.com Show details
Shop our selection of mobile cell phone booster antennas featuring magnet mount, glass mount. mirror mount, marine mount, and roof mount antennas. Receive signal from any direction with dual band, multi-band, and 4g capability.
Category: Mobile cell phone antenna boosterShow Details
5 hours ago Alternativewireless.com Show details
Find Car antennas (magnetic mount, glass mount, hole mount), truck antennas (mirror mount, pole mount or hole mount) and RV antennas (pole mount, hole mount). We stock cellular antennas for use directly connected to your cell phone or mobile broadband device or with use of direct connect amplifier or wireless signal booster systems.
Category: Cell phone booster antenna reviewsShow Details
2 hours ago Bestbuy.com Show details
SureCall - Fusion2Go 3.0 RV 4G LTE Cell Phone Signal Booster. Model: SC-FUSION2GO3-RV. SKU: 6220512. User rating, 5 out of 5 stars with 2 reviews. (2) Price Match Guarantee. $399.99. Your price for this item is $ 399.99.
8 hours ago Alternativewireless.com Show details
Cell Phone Antenna Frequently Asked Questions (FAQ) A lot of information (and there's a lot about cellular phone antennas) can sometimes be too much information.Many times selecting the right antenna and accessories is a bit of an estimated guessing game.
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Cell Phone and Antenna Towers in US Cell Phone and Antenna Towers in Clifton, New Jersey City-data.com does not guarantee the accuracy or timeliness of any information on this site.
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Cell Phone and Antenna Towers in US Cell Phone and Antenna Towers in Manville, New Jersey City-data.com does not guarantee the accuracy or timeliness of any information on this site.
4 hours ago Bestneighborhood.org Show details
Mobile Coverage & Cell Phone Plans in Allwood, Clifton, NJ In Allwood, you’ll select from 3 mobile wireless carriers listed below. 100.0% of Allwood’s land area is covered by some kind of wireless service, as are 100.00% of Allwood’s 3,680 residents. 5G reception covers up to 100.00% of people while they are sitting at home.
5 hours ago Murata.com Show details
In order to install multiple antennas in the limited space of mobile devices, miniaturization is required. The antenna is designed according to the wave length of the frequency to be used, therefore as the frequency becomes lower the wave length becomes longer, and the antenna also becomes larger. Particularly, since UHF bands (470-800MHz) are
7 hours ago Smartphonesrevealed.com Show details
Often, poor mobile coverage and slow internet is experienced since the antennas in mobile phones are, basically, of a very poor quality. Mobile phone manufacturers often sacrifice a good mobile antenna in favour of a small, attractive design. Neither are mobile phone manufacturers required by law to inform consumers about antenna quality.
1 hours ago Signalbooster.com Show details
Cell phone signal boosters for very remote, rural, and mountainous areas require powerful exterior antenna to capture cellular signals from faraway mobile tower. These signal amplifiers or repeaters akin to cell phone tower for home, work with all wireless service providers regardless whether your carrier is Verizon, T-Mobile, Sprint or AT&T
6 hours ago Antenna-theory.com Show details
Phones now are shipping with the 5150-5850 MHz band included in WIFI, so that the WIFI antenna is often dual band. It is also possible to have two wifi antennas, one for 2.4 GHz and one for the 5 GHz band, although this is less common. Because WIFI is the highest frequency on the mobile device, the WIFI antenna will be the smallest antenna.
7 hours ago Accessantennas.com.au Show details
Axis CLR2 Magnetic Mobile Phone Antenna 700-2600MHz. Rating: 0%. $49.00. Add to Wish List. Add to Cart. Add to Compare. Blackhawk Grid Antenna 698-798 15DBI. Rating:
8 hours ago Ubersignal.com Show details
A cell phone signal booster (also known as a cell phone repeater) is a system made up of an outside antenna (called a donor antenna), a cell phone signal amplifier, one or more inside antennas, and cable to connect them all together.
8 hours ago Norad4u.com Show details
Cell-phone antennas have become part of our daily view. There are some very complexes technical and ethical questions related to cell-phone antennas. One thing is certain, the public is full of fear when it comes to cell-phone antennas while most of the public use their cell phones, iPhones, cordless phones, tablet PCs, WIFI routers and
8 hours ago Bestbuy.com Show details
Browse the top-ranked list of Mobile Antenna below along with associated reviews and opinions. Browse the top-ranked list of Mobile Antenna below along with associated reviews and opinions. Ultra PLUS 64GB microSDXC UHS-I Memory Card Mobile worked great in my Motorola Power g cell phone for extra storage. " See all customer reviews.Rating: 4.7/5(369)
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weBoost Cell Phone Signal Boosters amplify cellular signal for voice and text for all American & Canadian cellular carriers. Vehicle antennas are one of the three key elements of any mobile signal booster kit, and serve to enhance signal where it is placed.
9 hours ago Forum.xda-developers.com Show details
At least -10dbm, and 5asu better. Which equals almost 2 bars. The Blackberry Torch as well. 3 bars better consistently. So, in this day and age of buying unlocked phones, surely there has to be a comparison somewhere to show which phones have stronger antennas, which ones have the two antennas, etc, etc.
1 hours ago Antenna-theory.com Show details
The diversity antenna's job is to try to provide an independent sample of data from the signals in the vicinity of the phone. The mobile phone's receiver then will typically do switched diversity (i.e. choose the receive signal with the most energy) or combined diversity (in order to sum the powers from the two receiving cellular antennas).
3 hours ago Youtube.com Show details
How to build a cell phone antenna to improve reception in 3 minutes.I use this wire from RadioShack. It comes in a 3 pack and I use either the red (30 gauge)
6 hours ago Engineering.mit.edu Show details
The cell phone and mobile networking revolution, in large part, is really about the antenna. Thanks to Sanal Kumar, of Thiruvananthapuram, for this question. Posted: November 05, 2013
2 hours ago Blogs.3ds.com Show details
Antenna design for mobile phones has always been a challenging topic for engineers, and designing antennas to support the new 5G frequency bands will raise the bar further. Two frequency ranges are of most interest: frequency range 1 for sub 6 GHz bands communication and frequency range 2 for communication at the millimeter (mm) wave
6 hours ago Designnews.com Show details
Mobile phones can contain anywhere from four to 13 different antennas. There are at least four radios (transmitters and/or receivers) in mobile phones made today: cellular, Wi-Fi, Bluetooth, and GPS. Some phones will have three more radios: 802.15.4 (930 MHz and lower), FM radio, and magnetic Near-Field Communication (NFC).
9 hours ago Rvmobileinternet.com Show details
Bookmark Cellular Antennas for Data Performance. Antennas are an essential component of any mobile internet arsenal that is based on cellular.. They are like your ears and mouth - they receive the signal from a carrier's tower and bring that signal to your cellular device's modem to utilize for a connection and send your signal back to the tower.. Every cellular device you use …
5 hours ago Bobscb.com Show details
Wilson Electronics (301112) - Dual Band NMO Trucker Mount Antenna, 800-1900MHz, Cell Phone Mobile Antennas. $21.95. Product ID: PID0840. Status: Available To Order. Wilson Electronics (301119) - Dual Band RV Trucker Roof Mount Antenna W/Spring, 800-1900MHz, 11.5ft Coax, Cell Phone Mobile Antennas.
8 hours ago Quora.com Show details
Answer (1 of 4): Usually on a regular smartphone with LTE, you can observe 2 antenna used in either transmit diversity (reduces error rate when far away from tower
5 hours ago Diva-portal.org Show details
integrated inside mobile phones which make PIFA antennas the best candidate for mobile phones antennas. There are many papers published which study and discuss the narrow bandwidth of PIFA antennas, but most of those papers give the solution of the problem in dual band PIFA or in multiband design which in both cases do not solve the problem
2 hours ago Answerstoall.com Show details
Is a directional antenna useful for mobile phones Why how can the gain of Anantenna be improved? When receiving, a high gain antenna captures more of the signal, again increasing signal strength. As a consequence of their directivity, directional antennas also send less (and receive less) signal from directions other than the main beam.
2 hours ago Wpsantennas.com Show details
Cell Phone Antennas for Vehicles In a vehicle, up to 90% of the cellular signal is blocked by the vehicle frame and glass. A cell phone antenna mounted on the exterior surface of the vehicle greatly increases the cell signal. For even greater cell signal improvement you can …
9 hours ago Ratel.rs Show details
Mobile Phones and Antennas Nowadays, mobile phones consist an integral part of our everyday life, as further indicated by the high reported mobile penetration rate in Serbia of 115.35 %. Mobile phones are used not only as a means of communication but are also very useful professional tools and a way to enjoy and experi-
1 hours ago Rdtk.net Show details
DIY 2G/3G/4G Wireless Cell Phone Signal Booster Step 1: Start Building Antenna, LauC2 Antenna. Look at the drawing. First section we going to build is the 3G antenna Step 2: Cooking Aluminum Foil. Put it on the left or right side and hidden inside the phone case. To boost 2G signal. in …
3 hours ago Slideshare.net Show details
Mobile phones antenna design section consists of two proposed PIFA antennas. The first design concerns a single band antenna with resonant frequency at GPS frequency (1.575GHz). The first model is designed with main consideration that is to have the lower possible PIFA single band dimensions with reasonable return loss (S11) and the efficiencies.
3 hours ago Youtube.com Show details
How To Make Cell Phone Antenna At Home Diy Mobile Antenna, Make fm antenna for MOBILE at home.Hi friends, in this video i will show how to make mobile ante
8 hours ago Choice.com.au Show details
This handy device is like a mini mobile tower that will improve reception for all the mobile phones in your car. Like the Cel-Fi repeaters used in homes experiencing marginal mobile signals, the Cel-Fi Go legally repeats and amplifies the signal in vehicles using a paddle antenna in the cabin.
5 hours ago Andybrain.com Show details
The 'antenna booster' stickers that have been predominately advertised as a cell phone accessory that 'will improve your signal' and as one manufacturer has claimed 'gives you the equivalent of an 11 foot antenna,' certainly look like they have the same kind of technology used in modern cell phone antennas, and that may or may not be true.
6 hours ago Ubersignal.com Show details
A Wilson 14 dB Gain 1900 MHz Yagi Antenna (301124) Most of our cell phone signal booster kits are designed to amplify the signals of multiple cell phone carriers at the same time. That way, regardless of your provider, the system will just work for everyone’s cell phone.
8 hours ago Researchgate.net Show details
This paper is a survey of internal antennas in mobile phones from 1997 to 2010. It covers almost 60 GSM and 3G handsets, ranging from the first GSM handset with an internal antenna to the current
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8 Antennas Mobile phone signal + GPS+WIFI + 3G + walkie talkie Jammer china wholesale CELL-JAMERS.COM,cell phone signal jammer,phone signal jammer,cell signal jammer,cell phone signal jammers,cell jammer phoneRating: 5/5(2)
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215 1300 670MOBILE PHONES AND ANTENNAS THE CLASS OF 2019 Price: $95. 16/511 Olsen Avenue, Southport, QLD 4215 1300 670 154 Stay connected when you’re on the go! www.powertec.com.au Follow us on Facebook! T o the average farmer, the smartphone is more than just a convenience, but potentially
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Cell Phone Antennas 13. Planar Inverted F Antenna (PIFA) 13 RadiatorSignal Input Coaxial Cable Original Form PIFA Integrated PIFA Cell Phone Antennas 14. Triple-Band Antenna 14 Intenna: internal antenna Resonance: 900, 1800, 1900 [MHz] Cell Phone Antennas 15. PIFA for Cell-Phone 15 Cell Phone Antennas Resonance Graph 16.
1 hours ago Wpsantennas.com Show details
Mobile and portable cell phone antennas supporting T-Mobile US 3G service. T-Mobile US 3G service does not operate on the standard Cellular/PCS bands but instead uses the 1710-1755MHz and 2110-2155MHz bands. Building/Fixed Mount Cell Antennas.
2 hours ago Surecall.com Show details
T-Mobile Cell Phone Booster for Home, Office & Mobile T-Mobile delivers reliable cell service to a large portion of the US but many of us frequently find areas with weak T-Mobile cell phone signals. Areas like the inside of a home, office, vehicle, or in extremely rural or …
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Lintratek Cell Phone Booster, 2G 3G 4G Dual Band Band 2 Band 5 65dB Cell Phone Signal Booster for Telus Bell Rogers and Fido HD Voice & Data with Oudoor and Indoor Antennas 4.1 out of 5 stars 61 $149.99 $ 149 . 99 $159.99 $159.99
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Find here Mobile Antennas, Cell Phone Antennas manufacturers, suppliers & exporters in India. Get contact details & address of companies manufacturing and supplying Mobile Antennas, Cell Phone Antennas, Cellphone Antennas across India.
7 hours ago Electronics.stackexchange.com Show details
1 Answer1. Internal antennas of mobile phones are necessarily small. Gain value of small omnidirectional antennas is theoretically limited, and in practice does not exceed 5dB. Gain values of 2 or 3 dB are common. So I suppose the difference between your project and common mobile phone lies in electronics, not the antenna.
A 2018 PC Magazine report found that the LG V40 had the best cellular reception. However, it's important to keep in mind that all modern smartphones have excellent antennas.
Antennas are a key technology in a cellular phone system or any other wireless system. In a wireless system, an antenna converts guided radio wave energy (such as a signal traveling in a coaxial cable for television) to energy that is emitted or "radiated" out into free space.
Mobile phones are, therefore, types of cellular phones, but not all cell phones are mobile although today people use "mobile" and "cell" to refer to the same thing. Mobile phones and cell phones have the same features.
A cell phone signal booster for home or business has an antenna mounted at or above the roofline of a house or a building where it can pick up the strongest existing outside cell signal. The cell signal picked by the antenna is sent over into the building through a cable. Then, from the cable, the signal is received by the amplifier.


When electric cars burst onto the scene a couple decades ago now, we all knew that in time they would be the future due to the benefits that they pose not just for the consumers, but also for the earth. However, when they were first burst onto the scene, there were many limitations to an electric car due to them being such a new technology but as time has gone on, they have been able to improve massively due to the rapid rise of technology.
Other industries that have been able to benefit from the rapid rise in technology shown in recent times is that of the online casino world, especially these no verification casinos. This is due to the fact that they are now able to offer one of the best casino experiences on the internet, and with the zero-verification process on sign up, which means you can get down to gambling straight away.
One of the best features about electric cars is the money that they able to save for the consumer, and in many ways as well. The main way in which you will save money due to an electric car is through the use of charging your car, rather than having to fuel it at a petrol station. Everyone knows of the extortionate fuel costs, which can cost up to £100 a tank to re-fuel, whereas if you are charging your car, it will be costing you no more than £10 which is seriously impressive.
Not only that, but you can save money on the car elsewhere as well, due to the electricity that it has on offer. When owning a fuel car, the general upkeep of the vehicle is important, as regular services, MOT and just general upkeep of a fuel car can be expensive but must be kept on top of to ensure the vehicle keeps working. Not only that, but due to them only being powered by a battery, the only real upkeep that you must do is replace the tyres and breaks once they have worn which is very small compared to fuel alternatives.
And finally, another one of the main features when it comes to electric cars is that they are better for the environments they are powered by electric, and not by burning fossil fuels so the implications of the earth are far less due to the use of electric cars. Not only will this improve your own personal carbon footprint, but if everyone owned an electric car, something that we believe will happen in our lifetime, then the world will certainly be a better place.


In today’s rapidly evolving world, technology has become an indispensable tool in various sectors, including healthcare. One of the significant areas where technology is making a substantial impact is the healthcare supply chain. This article delves into how technology is transforming healthcare supply chains, ensuring that essential medical resources are readily available when and where they are needed.
Streamlined Inventory Management
Effective inventory management is crucial in healthcare to prevent shortages of critical medical supplies. Technology solutions, such as advanced inventory tracking systems and data analytics, help healthcare providers monitor their stock levels in real-time. This allows for better demand forecasting, reducing the chances of stockouts and wastage.
Transparency in the supply chain is essential to track the flow of medical products from manufacturers to end-users. Blockchain technology is gaining prominence in healthcare as it provides an immutable and transparent ledger of all transactions. This technology ensures that the provenance of medical supplies can be traced efficiently, reducing the risk of counterfeit products entering the supply chain.
Telemedicine and Remote Monitoring
The rise of telemedicine and remote patient monitoring is reshaping the healthcare landscape. These technologies not only improve patient care but also impact the supply chain. By enabling remote consultations and continuous patient monitoring, healthcare providers can optimize the allocation of resources and reduce the burden on physical infrastructure.
Artificial Intelligence (AI) for Demand Forecasting
AI-driven algorithms analyze historical data and current trends to predict future demand for medical supplies accurately. This proactive approach ensures that hospitals and clinics can maintain optimal stock levels, preventing both overstocking and stockouts.
Efficient Distribution Networks
Technology facilitates the development of efficient distribution networks, ensuring that medical supplies reach their destinations promptly. Automated routing and scheduling systems, coupled with GPS tracking, optimize delivery routes, reduce transit times, and minimize fuel consumption.
Supply Chain Automation
Automation plays a vital role in healthcare supply chains, from warehousing to order processing. Robotic process automation (RPA) can handle repetitive tasks, allowing healthcare professionals to focus on critical activities. This reduces errors and improves the overall efficiency of the supply chain.
Data Security and Compliance
As healthcare supply chains digitize, ensuring data security and compliance with regulatory standards is paramount. Technology solutions offer robust data encryption, access controls, and auditing features to safeguard sensitive patient and supply chain data.
The integration of technology into healthcare supply chains is revolutionizing the industry. From streamlined inventory management to blockchain-enhanced transparency, and AI-driven demand forecasting, these technological advancements are ensuring that vital medical resources are available when and where they are needed most. As the healthcare sector continues to embrace innovation, the future promises even more efficient and resilient supply chains, ultimately benefiting patient care and outcomes.
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Technology has come a long way since the invention of the wheel, and the rapid pace of technological innovation has brought us to the digital age we live in today. In this blog post, we will explore the wonders of technology and delve into the fascinating world of the “digital playground.” From virtual and augmented reality to artificial intelligence and the Internet of Things, we will explore how these innovations transform our lives and shape the world around us.
The history of technology can be traced back to the earliest human civilizations, where simple tools were used for hunting, gathering, and building. Over time, technological innovations such as the printing press, the steam engine, and the telephone transformed how we live and work. The invention of the Internet in the late 20th century marked the beginning of the digital revolution, paving the way for the rise of social media, e-commerce, and other digital technologies that have become an integral part of our daily lives.
With the Internet, information has become more accessible than ever before. Connecting with people from all over the world opened up new possibilities for communication and collaboration. Today, we can instantly share ideas, exchange information, and engage in conversations with individuals who are miles away. This interconnectedness has brought the world closer, enabling cross-cultural understanding and fostering global collaboration.
Technology as a Tool for Communication and Connection
One of the most significant impacts of technology is its ability to connect people across the globe. Social media platforms like Facebook, Twitter, and Instagram have enabled people to connect, share ideas, and build communities. With the rise of messaging apps like WhatsApp and WeChat, communication has become more immediate and convenient. These technologies have changed how we interact with each other and how businesses market their products and services.
Through social media, individuals can showcase their talents, share their experiences, and connect with like-minded people. It has become a platform for self-expression, where individuals can build their brand and share their unique perspectives. Social media has also become a powerful tool for activism, with movements and causes finding a voice and mobilizing support on digital platforms.
The Power of Virtual Reality and Augmented Reality
Virtual reality (VR) and augmented reality (AR) are two of the most exciting technological innovations in recent years. VR immerses users in a simulated environment, while AR overlays digital content onto the real world. These technologies have many applications, from gaming and entertainment to education and healthcare. For example, VR can simulate surgical procedures, allowing medical professionals to practice in a realistic, risk-free environment. AR can enhance the museum-going experience by providing additional information and interactive elements, making it more engaging and educational.
The gaming industry has embraced VR and AR, creating immersive and interactive experiences that blur the lines between the digital and physical worlds. With VR headsets, players can enter a virtual world and engage with characters and environments in previously impossible ways. AR, conversely, has transformed mobile gaming, with popular games like Pokémon Go overlaying virtual creatures onto the real world, encouraging players to explore their surroundings.
Beyond gaming, VR and AR have the potential to revolutionize education and training. By creating realistic simulations, these technologies can provide hands-on learning experiences in a safe and controlled environment. Students can explore historical landmarks, dive into the ocean’s depths, or even travel to outer space, all from the comfort of their classrooms. VR can be used in healthcare for pain management, phobia treatment, and even rehabilitation.
Artificial Intelligence and Machine Learning
Artificial intelligence (AI) and machine learning (ML) are two terms that are often used interchangeably. AI refers to the simulation of human intelligence in machines. In contrast, ML refers to the ability of machines to learn from data without being explicitly programmed. These technologies have numerous applications, from voice assistants like Siri and Alexa to recommendation systems like those used by Netflix and Amazon.
AI-powered voice assistants have become a common presence in many households. They can perform various tasks, from setting reminders, playing music, answering questions, and controlling smart home devices. These voice-activated assistants have made accessing information and carrying out daily tasks easier by using our voice.
Recommendation systems have transformed the way we discover and consume content. Platforms like Netflix and Amazon analyze our viewing and purchasing habits to suggest personalized recommendations. By understanding our preferences, these systems can curate a tailored selection of movies, TV shows, or products, saving us time and helping us discover new things we might enjoy.
However, the ethical considerations surrounding AI and ML are complex and require careful consideration. As these technologies become, more sophisticated, concerns about their potential impact on employment exist. Some worry that AI and automation could replace human workers, leading to job displacement and economic inequality. It is crucial to balance technological advancements and human well-being, ensuring that these technologies augment human capabilities rather than replace them.
The Internet of Things (IoT) and Smart Homes
The Internet of Things (IoT) refers to connecting everyday objects to the Internet, allowing them to send and receive data. It has given rise to the concept of smart homes, where household appliances and systems are connected to a central hub that can be controlled remotely. For example, with a smart home system, you can turn on the lights, adjust the thermostat, or even lock the doors, all from your smartphone.
The IoT has the potential to make our lives more convenient and efficient. Imagine waking up to the smell of freshly brewed coffee as your alarm clock triggers the coffee machine to start brewing. Or imagine receiving a notification on your smartphone when your fridge detects that you are running low on milk. These are just a few examples of how the IoT can automate tasks and simplify our daily routines.
However, the IoT also raises concerns about privacy and security. With so many devices connected to the Internet, a vast amount of data is generated and transmitted. It is crucial to ensure that this data is handled securely and that individuals have control over
Their personal information. As we continue to embrace the IoT, we must prioritize privacy and implement robust security measures to protect against potential vulnerabilities.
Cutting-Edge Technological Innovations
The pace of technological innovation shows no signs of slowing down, and many emerging technologies are poised to transform our world in the coming years. One such innovation is blockchain technology, which underpins cryptocurrencies like Bitcoin. Blockchain is a decentralized ledger that allows for secure and transparent transactions. Beyond cryptocurrencies, blockchain has the potential to revolutionize industries such as finance, healthcare, and logistics by providing a secure and efficient way to record and verify transactions.
Another exciting field of research is quantum computing. Unlike classical computers, which use bits to represent information as a 0 or a 1, quantum computers use quantum bits or qubits, which can represent multiple states simultaneously. It enables quantum computers to solve problems beyond classical computers’ capabilities. Quantum computing can revolutionize cryptography, optimization, and drug discovery. However, it is still in its early stages, and many technical challenges must be overcome.
Nanotechnology is another area of cutting-edge innovation. It involves manipulating matter at the atomic and molecular levels to create new materials and devices with unique properties. Nanotechnology has applications in fields such as medicine, electronics, and energy. For example, nanoparticles can be used in medicine for targeted drug delivery or imaging techniques. In electronics, nanotechnology can lead to faster and more efficient devices. And in energy, nanomaterials can be used to develop more efficient solar cells or energy storage devices.
Technology has come a long way in a short time, and its impact on our lives is profound. From how we communicate and connect to how we experience the world through virtual and augmented reality, technology can transform our lives for the better. As we continue to explore the wonders of the digital playground, it is important to embrace these technologies and understand their potential while also being mindful of the ethical considerations they raise. By doing so, we can harness the power of technology to shape a better future for ourselves and the generations to come.


- A router acts as a hardware firewall by preventing unauthorized attempts to access your computers over the Internet. A router creates a private network; the router itself is directly connected to the Internet, while the computers are not. Additionally, a router is configured to ignore all incoming traffic not requested by one of the computers on the network. Therefore, if a hacker connects to random addresses on the Internet in an attempt to find a vulnerability and happens upon your router's address, it will not send a response to the hacker, because your computer did not request the information. This effectively makes your router and network invisible on the Internet.
- A router requires an administrator password before it will allow its settings to be modified. This is the case even if someone uses an Ethernet cable to connect a computer to the router directly. If you change the default password of your router to a complex password that is difficult to guess immediately upon setting your home network up, the password will serve as a deterrent for access attempts.
- All wireless routers have the ability to encrypt traffic. Routers use radio signals to send and receive data. It is therefore possible for someone within range of your wireless router to use a receiver to intercept this traffic. If you enable your router's encryption features, however, the hacker would be unable to decrypt that traffic into any form of usable data. Decryption requires a complicated alphanumeric key, and the most powerful forms of encryption are extremely difficult to break.
MAC Address Filtering
- Your computer's wireless network adapter has a type of internal serial number called a Media Access Control (MAC) address. Using a feature called MAC address filtering, you can configure your wireless router to accept traffic only from MAC addresses you enter. A computer without an allowed MAC address will be unable to join your wireless network. There are trillions of possible MAC addresses. Therefore, if you enable both encryption and MAC address filtering on your wireless router, it will be extremely difficult for anyone to access your network or data without your authorization.
Other Security Features
- Some router manufacturers add additional proprietary security features to their products. For example, certain Belkin routers include a feature called Memory Safe, which facilitates automatic computer backups to an external hard drive connected to the router. Certain Linksys routers have built-in controls that allow parents to monitor and restrict their children's access to the Internet. Check your wireless router's instruction manual to learn about any proprietary security features not described in this article.


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HMI based monitoring systems are useful in many marine applications. HEINZMANN Automation will custom design HMI's and integrate SeaMACS monitoring displays for any application.
SeaMACS is based on our extensive experience with marine automation systems Our goals is to ensure safe and efficient operation of the vessel.
SeaMACS can interface with any system for remote control and monitoring.
SeaMACS includes all alarm functionality required to fulfil class requirements.
In addition, the system offers a combined trend and alarm view which allows performing analysis of trend and alarms together. That way, the operator can analyse trends and alarms for a given time span in one single window.
SeaMACS includes an extensive tool for trending of values and equipment statuses.
Trends can be set to collect and monitor data. Depending on the requirements the data can either be collected periodically or when a specific situation occurs.
SeaMACS includes report functionality, that can be created based on the status of the system or when special conditions occur in the system.
One of the main benefits of the SeaMACS is the system scalability. It can be delivered both as a stand-alone alarm and monitoring system, as well as a fully Integrated Automation System (IAS) where the user will monitor as well as control.
Reliability through redundant architecture
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The use of mini PCs in telehealth has opened up a world of possibilities for improving patient care. These small devices offer the computing power needed to facilitate video consultations, access electronic health records, and run specialized medical software. With their compact size, mini PCs can be easily integrated into existing healthcare systems, providing healthcare professionals with a portable solution for delivering virtual care.
Benefits of Mini PCs for Telehealth
- Portability and Flexibility
One of the key advantages of mini PCs for telehealth is their portability. These devices are lightweight and compact, making them ideal for healthcare professionals who need to move between different locations. Whether it’s in a hospital, clinic, or even a patient’s home, a mini PC can be easily transported and set up, allowing for seamless telehealth consultations.
- Enhanced Connectivity
Mini PCs are designed to provide excellent connectivity options, ensuring a smooth telehealth experience. They often come equipped with built-in Wi-Fi and Bluetooth capabilities, enabling healthcare professionals to connect to the internet and other devices effortlessly. This connectivity is crucial for accessing patient data, communicating with colleagues, and even remotely monitoring patients’ vital signs.
- Powerful Performance
Despite their small size, mini PCs offer impressive performance capabilities. They are equipped with advanced processors, ample RAM, and high-speed storage, enabling healthcare professionals to run resource-intensive applications seamlessly. This allows for real-time video conferencing, sharing of medical images, and analysis of complex patient data without any lag or performance issues.
Compared to traditional desktop computers, mini PCs for telehealth are often more cost-effective. They require less space, consume less power, and are generally more affordable. This makes them an attractive option for healthcare organizations looking to adopt telehealth solutions without breaking the bank. The cost-effectiveness of mini PCs allows for scalability and easier deployment across multiple healthcare settings.
Applications of Mini PCs in Telehealth
The applications of mini PCs in telehealth are vast and varied. These devices can be utilized in numerous healthcare scenarios, improving access to care and streamlining workflows. Let’s explore some of the key applications:
- Virtual Consultations
Mini PCs enable healthcare professionals to conduct virtual consultations with patients remotely. Through video conferencing software, doctors can assess patients, discuss symptoms, and provide medical advice without the need for in-person visits. This is particularly beneficial for patients in rural or underserved areas who may have limited access to healthcare facilities.
- Remote Patient Monitoring
With the help of mini PCs, healthcare providers can remotely monitor patients’ vital signs and health conditions. Through wearable devices and sensors, real-time data can be collected and transmitted to the mini PC, allowing healthcare professionals to track patients’ progress and intervene when necessary. This continuous monitoring promotes early detection of health issues and proactive intervention.
- Telemedicine Education and Training
Mini PCs can also be used for telemedicine education and training purposes. Healthcare professionals and students can participate in virtual medical conferences, webinars, and educational programs. They can access educational resources, simulate medical procedures, and engage in interactive learning experiences, all from the comfort of their mini PC setup.
- Telepsychiatry and Mental Health Services
Telepsychiatry, which involves providing mental health services remotely, has seen significant growth with the aid of mini PCs. Mental health professionals can conduct therapy sessions, assess patients’ mental well-being, and prescribe medications through secure video conferencing platforms. This approach improves access to mental health services, reduces stigma, and allows for more convenient and personalized care.
Considerations for Using Mini PCs in Telehealth
While mini PCs offer numerous benefits for telehealth, it is essential to consider certain factors before implementation:
- Security and Privacy
Given the sensitive nature of patient data, security and privacy must be prioritized when using mini PCs in telehealth. It is crucial to ensure that the devices and software used adhere to the highest standards of data encryption, access controls, and compliance with healthcare regulations such as HIPAA (Health Insurance Portability and Accountability Act).
- Technical Support and Maintenance
Healthcare organizations must have a reliable technical support system in place to address any issues or concerns related to the mini PCs. Regular maintenance, software updates, and troubleshooting should be performed to ensure the smooth functioning of the devices and uninterrupted telehealth services.
- Internet Connectivity and Bandwidth
A stable and high-speed internet connection is essential for successful telehealth consultations. Healthcare providers should ensure that both the mini PC and the patient’s end have sufficient bandwidth to support video conferencing, data transfer, and real-time monitoring. This consideration is particularly crucial in remote areas with limited internet infrastructure.
FAQs (Frequently Asked Questions) About Mini PCs for Telehealth
Q: What is a mini PC?
A: A mini PC is a compact computer that offers similar functionality to a traditional desktop computer but in a smaller form factor. It typically includes a processor, RAM, storage, and connectivity options.
Q: How can mini PCs improve telehealth?
A: Mini PCs enhance telehealth by providing healthcare professionals with a portable and powerful solution for delivering virtual care. They enable video consultations, access to electronic health records, and running specialized medical software.
Q: Are mini PCs cost-effective?
A: Yes, mini PCs are often more cost-effective compared to traditional desktop computers. They consume less power, require less space, and are generally more affordable, making them a practical choice for telehealth deployments.
Q: Can mini PCs be used for telemedicine education?
A: Absolutely! Mini PCs are an excellent tool for telemedicine education and training. Healthcare professionals and students can participate in virtual conferences, access educational resources, and engage in interactive learning experiences.
Q: Is security a concern when using mini PCs in telehealth?
A: Security is a critical consideration when using mini PCs in telehealth. It is essential to ensure that the devices and software used adhere to strict security standards and comply with healthcare regulations to protect patient data.
Q: What are the key considerations for implementing mini PCs in telehealth?
A: Some key considerations include security and privacy, reliable technical support and maintenance, and sufficient internet connectivity and bandwidth to support telehealth services.
The use of mini PCs for telehealth is transforming the healthcare landscape, providing healthcare professionals with a portable and efficient solution for delivering virtual care. With their portability, powerful performance, and cost-effectiveness, mini PCs are enhancing patient care, expanding access to healthcare services, and improving healthcare outcomes.


NASA Breaking News
Image of the Day
- Martin Luther King Day of Service at NASA Headquarterson January 22, 2020 at 2:03 pm
The Amidon-Bowen Elementary School choir performs at the MLK Day of Service.
NASA Awards Contract for Intelligent Systems Research
on January 22, 2020 at 8:41 pm
NASA has selected Stinger Ghaffarian Technologies, LLC, a KBRwyle business unit, of Greenbelt, Maryland, for a contract for intelligent systems research and development support services at the agency's Ames Research Center in Moffett Field, California.
International Students to Speak with NASA Astronauts Aboard Space Station
on January 21, 2020 at 4:59 pm
International students in Panama will have an opportunity this week to talk with NASA astronauts aboard the International Space Station.
NASA, SpaceX Complete Final Major Flight Test of Crew Spacecraft
on January 19, 2020 at 5:50 pm
NASA and SpaceX completed a launch escape demonstration of the company’s Crew Dragon spacecraft and Falcon 9 rocket Sunday. This was the final major flight test of the spacecraft before it begins carrying astronauts to the International Space Station under NASA’s Commercial Crew Program.
NASA Pays Tribute, Says Goodbye to One of Agency’s Great Observatories
on January 15, 2020 at 8:33 pm
NASA will host a live program at 1 p.m. EST Wednesday, Jan. 22, to celebrate the far-reaching legacy of the agency’s Spitzer Space Telescope – a mission that, after 16 years of amazing discoveries, soon will come to an end.
NASA, NOAA Analyses Reveal 2019 Second Warmest Year on Record
on January 15, 2020 at 2:54 pm
According to independent analyses by NASA and the National Oceanic and Atmospheric Administration (NOAA), Earth's global surface temperatures in 2019 were the second warmest since modern recordkeeping began in 1880.
NASA to Provide Coverage of SpaceX Crew Dragon Launch Escape Test
on January 14, 2020 at 7:57 pm
NASA will provide coverage of the upcoming prelaunch and launch activities for the SpaceX Crew Dragon launch escape demonstration, as part of the agency’s Commercial Crew Program, which is working with U.S. companies to launch American astronauts on American rockets and spacecraft from American soil.
Texas Students to Speak with NASA Astronauts Aboard Space Station
on January 13, 2020 at 3:30 pm
Students from Texas will have an opportunity this week to talk with three NASA astronauts aboard the International Space Station.


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The MC-1 is a Gigabit Media Converter which provides transport up to 10 km (6.2 miles) using 1310nm single mode fiber cable. In use, an MC-1 will be utilized on each end of a two conductor single mode fiber optic cable deployed between two equipment rack locations.
The MC-1 is supplied with a wall mount bracket and external power supply.
The MC-1 utilizes automatic link restoration which re-establishes network links between two MC-1 devices should a connected Soundweb London device be disconnected and reconnected to the network. This eliminates the need to reset the MC-1 after patching or power loss of an attached Soundweb London device.
Status LEDs on the MC-1 provide indication of Power (PWR), Fiber Link RX (RXF), Fiber Link TX (LKF), Copper RX (RXC), and Copper TX (LKC).
Gigabit Media Conversion
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External 12V DC Power Supply
10 km (6.2 miles) Transmission Distance Using 131Onm Single Mode Fiber Cable
SC Style Fiber Connector
RJ45 Copper Connector
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Insilico Medicine, a full-service, artificial intelligence-driven pharmaceutical company, recently announced that it will launch a robot-assisted automated laboratory — one that runs on its own artificial intelligence software — by the end of the year. Insilico Medicine began developing its artificial intelligence platform for drug discovery, called Pharma.AI, when it launched in 2014, and its end-to-end AI systems are powered by trillions of data points. Insilico Medicine, a clinical-stage, end-to-end AI-driven drug discovery company, is connecting biology, chemistry, and clinical trial analytics using a next-generation AI system. Most pharmaceutical companies are now focused on using technologies like AI (Artificial Intelligence) to increase the odds of success in drug discovery and development.
New technologies like microfluidics, robotics, and use of artificial intelligence, combined with automated data analytics, have the potential to speed up the process of developing and approval drugs, helping make therapies available to patients faster. Thanks to the explosion in knowledge of the molecular mechanisms underlying various diseases, there are more promising targets to develop new medicines than in the past. IBM Research and Arctoris are applying the power of AI and robotic automation to the development of new medicines.
Scientists from the University of Central Florida (UCF) The University of Central Florida (UCF) hopes to speed up development using a novel drug screening process that is focused on artificial intelligence (AI). For instance, researchers from Berg Biotechnology, near Boston, Mass., the Berg Biotechnology Company, near Boston, Mass., developed a model for identifying previously undiscovered mechanisms in cancer using tests of over 1000 samples of both cancerous and healthy human cells. An artificially intelligent system — or robotic scientist — that can almost entirely autonomously test potential drugs may accelerate the drug development process, said a British researcher who built one.
The advancement has also spurred a spate of startups using AI to do the work of drug discovery, many using it to spot patterns hidden in vast amounts of data. Insilico Medicine has developed AI platforms using deep generative models, reinforcement learning, transformers, and other current machine learning techniques to identify new targets and to design new molecular structures with desired properties. The equity raised in this round will also finance continued worldwide expansion and planned strategic initiatives, including an automated, artificial intelligence-driven, robotic drug discovery lab, as well as a fully robotic biologics data facility, which complements the extensive data assets that Insilicomedicines have collected.


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