January 2020

Electronic Communication Protocols by Technical Spots

Physical Layer Data Protocols


IoT predominantly comprises of Sensors and Actuators, People, Communication conventions, Cloud and Analytics. Along these lines, right now, talk about various Communication conventions utilized in IoT.

Electronic Communication Protocols

We will currently begin our conversation by responding to three fundamental inquiries: What is the convention? I don't get your meaning by correspondence? What's more, what are the conventions related with the correspondence? 

Convention: A lot of rules and regulations.Communication: Exchange of data starting with one framework then onto the next framework with a medium. 

Correspondence Protocol: A lot of decides and guidelines that permit two electronic gadgets to associate with trade the information with each other. 

There are two kinds of correspondence 


  • Wired Communication 
  • Remote Communication 


We'll examine the wired correspondence conventions in the following unit. 

Diagram on Electronic Communication Protocols 

Presentation: 

Protocol: A lot of rules and guidelines is known as a convention. 

Communication: Exchange of data starting with one framework then onto the next framework with a medium is known as a correspondence. 

Communication Protocol: A lot of decides and guidelines that permit two electronic gadgets to associate with trade the information with one and another. 

Kinds of Electronic Communication Protocols: 

There are two kinds of correspondence conventions which are characterized beneath: 


  • Inter System Protocol 
  • Intra System Protocol

Electronic Communication Protocols


  • Inter System Protocol: The bury framework convention utilizing to convey the two distinct gadgets. Like correspondence between PC to small scale controller pack. The correspondence is done through an entomb transport framework.


Electronic Communication Protocols


Inter System Protocol by TECHNICAL SPOTS

Different categories of Inter system protocol:

  • UART Protocol
  • USART Protocol
  • USB Protocol


  • Intra System Protocol: The Intra framework convention is utilized to impart the two gadgets inside the circuit board. While utilizing this intra framework conventions, without going to intra framework conventions we will extend the peripherals of the small scale controller. The circuit multifaceted nature and force utilization will be increments by utilizing intra framework convention. Utilizing intra framework conventions circuit intricacy and force utilization, cost is reduction and it is extremely secure to getting to the information.
Electronic Communication Protocols

Intra System protocol by TECHNICAL SPOTS

Different categories of Intra system protocol

  • I2C Protocol
  • SPI Protocol
  • CAN Protocol


UART Protocol:

UART represents general offbeat transmitter and collector. UART Protocols is a sequential correspondence with two wired convention. The information link signal lines are named as Rx and Tx. Sequential correspondence is usually utilized for transmitting and accepting the sign. It is move and gets the information sequentially a tiny bit at a time without class beats. The UART take bytes of information and send the individual bits in successive way. UART is a half-duplex convention. Half duplex methods moving and getting the information however not at an equivalent time. A large portion of the controllers have equipment UART ready. It utilizes a solitary information line for transmitting and getting the information. It has one beginning piece, 8-piece information and one stop bit mean the 8-piece information move one's sign is high to low.

Ex: Emails, SMS, Walkie-talkie.

Electronic Communication Protocols


UART Protocol Data Flow

USART Protocol:

USART represents all inclusive synchronous and nonconcurrent transmitter and beneficiary. It is a sequential correspondence of two wire convention. The information link signal lines are marked as Rx and TX. This convention is accustomed to transmitting and accepting the information byte by byte alongside the clock beats. It is a full-duplex convention implies transmitting and accepting information all the while to various board rates. Various gadgets speak with small scale controller to this convention.
Ex: -Telecommunications.

Electronic Communication Protocols


 USART Protocol Data Flow

USB Protocol:

USB represents all inclusive sequential transport. Once more, it is a sequential correspondence of two wire convention. The information link signal lines are named D+ and D-. This convention is utilized to speak with the framework peripherals. USB convention is utilized to send and get the information sequentially to the host and fringe gadgets. USB correspondence requires a driver programming which depends on the usefulness of the framework. USB gadget can move information on the transport with no solicitation on the host PC. Presently a day's the vast majority of the gadgets are utilizing this strategy for speaking with USB convention. Like PC to speak with ARM controller utilizing USB. USB move the information various modes. initial one is moderate speed mode 10kbps to 100 kbps; second one is max throttle mode 500kbps to 10mbps, rapid mode 25mbps to 400 mbps USB most extreme link length of 4 meters.
Ex: Mouse, Keyboard, Hubs, switches, pen drive.
Electronic Communication Protocols

USB Protocol Communication


Contrasts Between the Inter System Protocols:
Electronic Communication Protocols

I2C Protocol:

I2C represents bury incorporated circuit. I2C requires just two wires interfacing all peripherals to smaller scale controller. I2C requires two wires SDA (sequential information line) and SCL (sequential clock line) to convey data between gadgets. It is an ace to slave correspondence convention. Each slave has a one of a kind location. Ace gadget sends the location of the objective slave gadget and read/compose banner. The location is coordinating any slave gadget that gadget is ON, outstanding slave gadgets are impair mode. When the location is coordinate correspondence continue among ace and that slave gadget and transmitting and getting the information. The transmitter sends 8-piece information, the collector answers 1-piece of affirmation. At the point when the correspondence is finished ace issues the stop condition. The I2C transport was created by Philips Semiconductors. Its unique design is giving a simple method to associate CPU to peripherals chips. Fringe gadgets in implanted frameworks are regularly associated with the smaller scale controller as memory mapped gadgets. I2C requires just two wires for interfacing all the peripherals to the small scale controller. These dynamic wires, called SDA and SCL, are both bidirectional. SDA line is a sequential information line and SCA line is a sequential clock line.
Electronic Communication Protocols

I2C protocol data flow

I2C Pull-up Resistors:

Why surrendered the force resisters in I2C SCL and SDA line? 


  • Both SDA and SCL lines are open channel drivers. 
  • It very well may's be drive yield low can't driver it high. 
  • For the lines to have the option to go high you should give pull-up resistors

SPI Protocol:

SPI represents sequential fringe interface. It is one of the sequential correspondence conventions created by Motorola. At times SPI convention is additionally called a 4-wire convention. It requires four wires MOSI, MISO, SS, and SCLK. SPI convention used to convey the ace and slave gadgets. The ace initially designs the clock utilizing a recurrence. The ace at that point chooses the specific slave gadget for correspondence by pulling the chip select catch. That specific gadget is chosen and starts the correspondence among ace and that specific slave. The ace chooses just each slave in turn. It is full duplex correspondence convention. Not restricted to 8-piece words on account of bit moving.
Electronic Communication Protocols

SPI protocol data flow


CAN Protocol:

CAN represents controller territory organize. It is a sequential correspondence convention. It requires two wires CAN High (H+) and CAN low (H-). It was created by the Robert bosh organization in 1985 for in vehicle systems. It depends on a message-situated transmission convention.

Electronic Communication Protocols


CAN protocol data flow


Contrasts Between the Inter System Protocols:

Electronic Communication Protocols


The wired correspondence is partitioned into two classes:

  • INTERNAL SYSTEM PROTOCOLS
  • EXTERNAL SYSTEM PROTOCOLS

The Internal system protocol is used to communicate between two devices within the circuit board. This category of protocols is majorly used for the peripherals present inside micro-controllers and devices similar to it.


Electronic Communication Protocols


Different categories of protocols in Inter system protocols are:

  • SPI Protocol
  • I2C Protocol


SPI:

  • The Serial Peripheral Interface transport (SPI) is a synchronous sequential correspondence explicitly utilized for short separation correspondence, fundamentally in installed frameworks. Once in a while SPI convention is additionally called a 4-wire convention. It requires four wires MOSI, MISO, SS, and SCLK. SPI convention used to impart the ace and slave gadgets.
  • Applications for this kind of correspondences are Secure Digital cards and fluid gem shows.

Electronic Communication Protocols


The ace chooses just each slave in turn. It is a full-duplex correspondence convention.


Electronic Communication Protocols


Advantages and Disadvantages of SPI:

Advantages:

  • It's quicker than offbeat sequential correspondence 
  • The accepting equipment can be a straightforward move register 
  • It bolsters different slaves


Disadvantages:

  • It requires increasingly signal lines (wires) than different specialized strategies 
  • The correspondences must be well-characterized ahead of time. 
  • The ace must control all interchanges (slaves can't talk straightforwardly to one another).

I2C

  • I2C, in this manner, means "Between coordinated circuit" associations. 
  • I2C is one of the most well known conventions utilized in industry for some reasons. Here we will see the specialized subtleties of this convention with its favorable circumstances and burdens.


Electronic Communication Protocols


  • It is an ace slave correspondence convention. 
  • It can likewise be utilized as a multi-ace convention (which means there might be more than one ace present right now correspondence). 
  • In I2C gadgets processors, EEPROMs, sensors, continuous tickers are utilized as a control interface. 
  • There are 3 kinds of I2C dependent on speed: Slow (under 100 Kbps), Fast (400 Kbps), High-speed (3.4 Mbps).

Electronic Communication Protocols


There are two wire lines: Serial Data (SDA) and Serial Clock (SCL).

Advantages and Disadvantages of I2C:

Advantages:

  • Infrequent correspondence of gadgets is anything but difficult to execute 
  • I2C requires just two wires associating all peripherals to a microcontroller 
  • Tending to plot permits different gadgets 
  • Interconnection without extra wires

Disadvantages:

  • Equipment and particularly programming usage are more confused than the SPI Half-duplex. 
  • Not versatile for countless gadgets.

Contrasts Between the Internal System Protocols:

Electronic Communication Protocols
The outside framework convention is utilized to impart between two distinct gadgets, similar to correspondence occurring between a PC to microcontroller pack.

Electronic Communication Protocols

For e.g. when plugging in your pen drive into the computer.

Electronic Communication Protocols

 connecting Arduino with a computer

The conventions which are there for this correspondence are:
  • Ethernet
  • UART Protocol
  • USART Protocol


Ethernet:

Ethernet is a kind of association between PCs framing Local Area Networks (LAN). It likewise fills in as one of the primary strategies for interfacing a PC or system to an Internet center. Ethernet links that interface with a focal center or switch so as to arrange a few PCs together. 

A framework for interfacing various PC frameworks to shape a neighborhood, with conventions to control the death of data and to stay away from concurrent transmission by at least two frameworks.

Electronic Communication Protocols

Advantages and Disadvantages of Ethernet:

Advantages:

  • System start with it and end with it. 
  • Solid and can be utilized inside a structure, doesn't make a difference what number of floors. 
  • It will be expected to change to keep the system. 
  • It is essentially utilized for making LAN.


Disadvantages:

  • Can't be utilized for long separation arrange. copper or Fiber will help here. 
  • In a structure organize, you need to associate Ethernet to switch and afterward Ethernet again which makes such system, a hellfire (with the nearness of a great deal of links) which is bothering and extreme to oversee.

Application of Ethernet:
  • Cloud Computing
  • Site to Site Access
  • Video Applications
  • Distributed Storage Area Networks
  • CCTV
  • Copper cable
  • Fiber optic cable


Before we going to become familiar with the Difference among UART and USART, we would talk about it individually term utilized by UART and USART. As we as a whole know, the complete name of UART and USART is Universal Asynchronous Receiver Transmitter and Universal Synchronous-Asynchronous Receiver Transmitter separately which incorporates principle two words called Synchronous and Asynchronous. In this way, these two words is the principle theory utilized in sequential correspondence. 

Let us talk about it first

UART:

A Universal Asynchronous Receiver/Transmitter. It is a microcontroller fringe that changes over approaching and active bytes of information into a sequential piece stream. A beginning piece starts the sequential piece stream and a stop bit (or two) finishes the information word. A UART additionally has the alternative of adding an equality bit to the stream to help with recognizing if a piece mistake happens during transmission. The gave figure shows a standard case of what an architect would hope to see from information transmitted through a UART.
Electronic Communication Protocols

Figure – UART Serial Data

UART adds start and stops bits to the information parcel being moved. These bits characterize the start and end of the information bundle to the accepting UART realizes when to begin perusing the bits. At the point when the accepting UART recognizes a beginning piece, it begins to peruse the approaching bits at a particular recurrence known as the baud rate. Baud rate is a proportion of the speed of information move, communicated in bits every second (bps).

Advantages and Disadvantages of UART:

Advantages:
  • Single wire. 
  • Simple interface to PCs. 
  • The scope of standard physical interfaces (TTL, RS232, RS422, RS485).

Disadvantages:
  • Needs sensible clock precision the two closures. 
  • Max information rate practically speaking about 1mbit/sec (ordinarily constrained by UART capacities).

Application of UART:

Transmitting and accepting UARTs must be set for a similar piece speed, character length, equality, and stop bits for appropriate activity. 
Exceptionally minimal effort home PCs or inserted frameworks get rid of a UART and utilize the CPU to test the condition of an info port or straightforwardly control a yield port for information transmission. 
Run of the mill sequential ports utilized with PCs associated with modems utilize eight information bits.

USART

A Universal Synchronous/Asynchronous Receiver/Transmitter is a microcontroller fringe that changes over approaching and active bytes of information into a sequential piece stream. 

Gee. The meaning of a USART is indistinguishable from that of a UART, yet with "synchronous" added to the term.

Electronic Communication Protocols

The two-way communication as shown in the figure.

Without a doubt there are some increasingly significant contrasts? Something else, a USART would simply be known as a UART. 

All things considered, there are contrasts – significant ones. The principal contrast between a USART and a UART is the manner by which the sequential information might be timed. A UART creates its information clock inside to the microcontroller and synchronizes that clock with the information stream by utilizing the beginning piece change. There is no approaching clock signal that is related with the information, so as to appropriately get the information stream, the collector has to know early what the baud rate ought to be. 

A USART, then again, can be set up to run in synchronous mode. Right now, sending fringe will create a clock that the getting fringe can recoup from the information stream without realizing the baud rate early. On the other hand, the connection will utilize a totally isolated line to convey the clock signal. The utilization of the outside clock permits the information pace of the USART to be a lot higher than that of a standard UART, coming to up to paces of 4 Mbps. 

Are USARTs and UARTs the equivalent? 

Actually the appropriate response is no. A USART for the most part has a greater number of capacities than a standard UART and the capacity to create timed information permits the USART to work at baud rates well past a UART's abilities. A USART encompasses the abilities of a UART, however, and in numerous applications, regardless of having the intensity of a USART, engineers use them as basic UARTs, overlooking or maintaining a strategic distance from the synchronous clock age capacity of these incredible peripherals. No big surprise such a large number of individuals utilize the terms just as they were equivalent words. 

USB: 

It is a delegate fringe interface. USB represents Universal Serial Bus. It gives a sequential transport standard to associating gadgets, as a rule to a PC, however it likewise is being used on different gadgets, for example, set-top boxes, game consoles, and PDAs. 

USB Standard: 


  • USB 1.0 determination presented in 1994 
  • USB 2.0 determination finished in 2001: Became mainstream because of cost/advantage. High data transmission, High expense 
  • Three ages of USB: USB 1.0, USB 2.0, USB 3.0 


Favorable circumstances and Disadvantages of USB: 

Favorable circumstances: 


  • Streak drives utilize little force, have no delicate moving parts, and for most limits are little and light. 
  • Information put away on streak drives is impenetrable to mechanical stun, attractive fields, scratches, and residue. 


Inconveniences: 


  • Streak drives can continue just a predetermined number of compose and eradicate cycles before the drive fizzles. 
  • A downside to the little size is that they are effectively lost, abandoned, or in any case lost. 


Underneath Image separates between UART, CAN, and USB.

Electronic Communication Protocols


Internet layer in IoT network technologies by Technical Spots

Web layer advances (OSI Layer 3) are worried about distinguishing and steering bundles of information. Advancements that are ordinarily embraced for IoT that are identified with this layer incorporate IPv6, 6LoWPAN, and RPL.

Internet layer in IoT network technologies
IPv6

At the Internet Layer, gadgets are recognized by IP addresses. IPv6 is regularly utilized for IoT applications over inheritance IPv4 tending to. IPv4 is restricted to 32-piece addresses, which just give around 4.3 billion locations altogether, which is not exactly the present number of IoT gadgets that are associated, while IPv6 utilizes 128 bits, thus gives 2128 locations (around 3.4 × 1038 or 340 billion) addresses. By and by, not all IoT gadgets need open locations. Of the several billions of gadgets that are relied upon to interface with the IoT throughout the following barely any years, many will be conveyed in private systems that will utilize private location ranges and just impart out to different gadgets or administrations on outer systems by utilizing entryways.

Internet layer in IoT network technologies

6LoWPAN

The IPv6 Low Power Wireless Personal Area Network (6LoWPAN) standard permits IPv6 to be utilized over 802.15.4 remote systems. 6LoWPAN is regularly utilized for remote sensor systems, and the Thread convention for home robotization gadgets additionally runs over 6LoWPAN.
Internet layer in IoT network technologies

RPL

The Internet Layer additionally covers directing. IPv6 Routing Protocol for Low-Power and Lossy Networks (RPL) is intended for steering IPv6 traffic over low-power systems like those systems executed over 6LoWPAN. RPL (articulated "swell") is intended for steering parcels inside compelled systems, for example, remote sensor systems, where not all gadgets are reachable consistently and where there are high or capricious measures of bundle misfortune. RPL can register the ideal way by working up a diagram of the hubs in the system dependent on unique measurements and limitations like limiting vitality utilization or dormancy.

Internet layer in IoT network technologies

Application layer IoT network technologies

HTTP and HTTPS are pervasive across web applications, which is genuine additionally inside IoT, with Restful HTTP and HTTPS interfaces generally conveyed. CoAP (Constrained Application Protocol) resembles a lightweight HTTP that is regularly utilized in mix with 6LoWPAN over UDP. Informing conventions like MQTT, AMQP, and XMPP are likewise much of the time utilized inside IoT applications:

MQTT

Message Queue Telemetry Transport (MQTT) is a distribute/buy in based informing convention that was intended for use in low transfer speed circumstances, especially for sensors and cell phones on untrustworthy systems.

Internet layer in IoT network technologies


AMQP

Propelled Message Queuing Protocol (AMQP) is an open standard informing convention that is utilized for message-situated middleware. Most eminently, AMQP is executed by RabbitMQ.

Internet layer in IoT network technologies

XMPP

The Extensible Messaging and Presence Protocol (XMPP) was initially intended for constant human-to-human correspondence including texting. This convention has been adjusted for machine-to-machine (M2M) correspondence to actualize lightweight middleware and for directing XML information. XMPP is principally utilized with savvy apparatus.
Internet layer in IoT network technologies

Your selection of advancements at this layer will rely upon the particular application necessities of your IoT venture. For instance, for a spending home computerization framework that includes a few sensors, MQTT would be a decent decision as it is extraordinary for executing informing on gadgets absent a lot of capacity or preparing power on the grounds that the convention is straightforward and lightweight to actualize.

IoT organizing contemplations and difficulties 

At the point when you consider which organizing innovations to receive inside your IoT application, be aware of the accompanying imperatives: 

  • Range 
  • Transmission capacity 
  • Force utilization 
  • Irregular network 
  • Interoperability 
  • Security 

Range 

Systems can be depicted as far as the separations over which information is normally transmitted by the IoT gadgets joined to the system:


  • PAN (Personal Area Network) 


PAN is short-run, where separations can be estimated in meters, for example, a wearable wellness tracker gadget that speaks with an application on a PDA over BLE.
Internet layer in IoT network technologies

  • LAN (Local Area Network)
LAN is short-to medium-go, where separations can be up to many meters, for example, home computerization or sensors that are introduced inside a plant creation line that impart over wifi with an entryway gadget that is introduced inside a similar structure.

Internet layer in IoT network technologies

  • MAN (Metropolitan Area Network)
MAN is long-go (city wide), where separations are matched a couple of kilometers, for example, keen stopping sensors introduced all through a city that are associated in a work organize topology.

Internet layer in IoT network technologies

  • WAN (Wide Area Network)
WAN is long-go, where separations can be estimated in kilometers, for example, rural sensors that are introduced over a huge homestead or farm that are utilized to screen smaller scale atmosphere natural conditions over the property.

Internet layer in IoT network technologies

Your system ought to be intended to get the information from the IoT gadgets to where it will be utilized. Thus, ensure that you select a system convention that matches the range that is required for your utilization case. For instance, you shouldn't pick BLE for a WAN application that necessities to work over a scope of a few kilometers. On the off chance that transmitting information over the necessary range exhibits a test, consider edge figuring, which moves the investigation to the information out to the gadgets, instead of moving the information somewhere else for handling.

Bandwidth


Bandwidth, or the measure of information that can be transmitted in a particular timeframe, limits the rate at which information can be gathered from IoT gadgets and transmitted upstream. Think about these variables:


  • The volume of information that every gadget is producing 
  • The quantity of gadgets that are conveyed in a system 
  • Regardless of whether the information is being sent as a steady stream or in discontinuous blasts, as the data transfer capacity that is accessible should adapt to the pinnacle time frames 


The bundle size of the systems administration convention that you pick should coordinate with the size of the information that is ordinarily being transmitted. It is wasteful to send bundles cushioned out with void information, yet on the other side there are overheads in separating bigger lumps of information across such a large number of little parcels. Information transmission rates are not constantly balanced (that is, transfer rates may be more slow than download rates). Along these lines, if there is two-path correspondence between gadgets, information transmission should be figured in. Remote and cell systems are customarily low-transfer speed, so look at whether as a remote innovation is the correct decision for high-volume applications.

Likewise, consider whether the entirety of the crude information should be transmitted. One arrangement may be to catch less information by testing less as often as possible, catching less factors, or playing out some sifting on the gadget to drop unimportant information. In the event that you total the information before you transmit it, you help to lessen the volume of information to be transmitted, however then this procedure has suggestions on adaptability and granularity in the upstream examination. Total and blasting isn't constantly reasonable for time-delicate or inertness touchy information either. These strategies additionally increment the information preparing and capacity necessities for the IoT gadget. 

Power usage


Transmitting information from a gadget devours force, and transmitting information over long ranges requires more force than over a short range. You should consider the gadgets that work on a battery to preserve capacity to delay the life of the battery and lessen working expenses. To draw out the battery life, you can place the gadget into rest mode at whatever point it is inert. It is a smart thought to display the vitality utilization of the gadget under various burdens and diverse system conditions to guarantee that the gadget's capacity supply and capacity limit matches with the force that is required to transmit the fundamental information by utilizing the systems administration advancements that you embraced. 

Intermittent connectivity


IoT gadgets aren't constantly associated. Now and again, gadgets will associate occasionally by configuration so as to spare force or data transfer capacity. Be that as it may, once in a while a problematic system may make gadgets drop off because of availability issues. Now and then nature of administration issues, for example, managing obstruction or channel conflict on a remote system utilizing a mutual range. 

Interoperability


With such a significant number of various gadgets interfacing with the IoT, interoperability can be a test. Receiving standard conventions has been the customary methodology for keeping up interoperability on the web. Be that as it may, for the IoT, institutionalization forms some of the time battle to stay aware of the fast pace of progress and advances are discharged dependent on up and coming variants of principles that are as yet liable to change. In these cases, think about the environment around the advancements; that is, pose these inquiries: Are they generally embraced? Is it true that they are open versus exclusive? What number of executions are accessible? 

Security


Security is constantly a need, so make certain to choose organizing advancements that actualize start to finish security, including validation, encryption, and open port assurance. For instance, IEEE 802.15.4 incorporates a security model that gives security includes that incorporate access control, message respectability, message secrecy, and replay insurance, which are executed by advances dependent on this standard, for example, ZigBee. 

Authentication


Embrace secure conventions to help validation at the gadget level, for entryways, clients, and applications and administrations. For instance, consider receiving the X.509 standard for gadget validation. 

Encryption


On the off chance that you are utilizing wifi, you can utilize Wireless Protected Access 2 (WPA2) for remote system encryption or you may receive a Private Pre-Shared Key (PPSK) approach. To guarantee protection and information honesty for correspondence between applications, make certain to embrace TLS or then again Data gram Transport-Layer Security (DTLS), which depends on TLS, however adjusted for problematic associations that run over UDP. TLS encodes application information and guarantees its uprightness.

Port protection


Port assurance guarantees that solitary the ports that are required for correspondence with the entryway or upstream applications or administrations stay open to outer associations. Every single other port ought to be incapacitated or secured by firewalls. For instance, gadget ports may be uncovered when misusing Universal Plug and Play (UPnP) vulnerabilities, so UPnP ought to be incapacitated on the switch. 

Conclusion


Choosing the IoT organizing advancements to receive includes bargain, no matter how you look at it. Your decision of systems administration advances will affect the plan of your IoT gadgets, and there are conditions among the majority of the contemplations that I talked about right now. For instance, organize run, information rate, and force utilization are largely legitimately related. In the event that you increment the system range or rate and volume of information that is transmitted, your IoT gadgets will more likely than not require extra capacity to transmit the information under those conditions .


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