Dataset: Crypto-data-part1

About this Dataset

Crypto-data-part1

Context

Things like Block chain, Bitcoin, Bitcoin cash, Ethereum, Ripple etc are constantly coming in the news articles I read. So I wanted to understand more about it and this post helped me get started. Once the basics are done, the data scientist inside me started raising questions like:

How many cryptocurrencies are there and what are their prices and valuations?
Why is there a sudden surge in the interest in recent days?
So what next?
Now that we have the price data, I wanted to dig a little more about the factors affecting the price of coins. I started of with Bitcoin and there are quite a few parameters which affect the price of Bitcoin. Thanks to Blockchain Info, I was able to get quite a few parameters on once in two day basis.

This will help understand the other factors related to Bitcoin price and also help one make future predictions in a better way than just using the historical price.

Content

The dataset has one csv file for each currency. Price history is available on a daily basis from April 28, 2013. This dataset has the historical price information of some of the top crypto currencies by market capitalization.

Date : date of observation
Open : Opening price on the given day
High : Highest price on the given day
Low : Lowest price on the given day
Close : Closing price on the given day
Volume : Volume of transactions on the given day

Tables

Aave

@kaggle.tusharsarkar_cryptodatapart1.aave

39.63 KB
796 rows
6 columns


CREATE TABLE aave (
  "date" VARCHAR,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Ada

@kaggle.tusharsarkar_cryptodatapart1.ada

90.2 KB
2001 rows
6 columns


CREATE TABLE ada (
  "date" VARCHAR,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Adx

@kaggle.tusharsarkar_cryptodatapart1.adx

5.56 KB
21 rows
6 columns


CREATE TABLE adx (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Aion

@kaggle.tusharsarkar_cryptodatapart1.aion

34.72 KB
639 rows
6 columns


CREATE TABLE aion (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Algo

@kaggle.tusharsarkar_cryptodatapart1.algo

48.87 KB
881 rows
6 columns


CREATE TABLE algo (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Ant

@kaggle.tusharsarkar_cryptodatapart1.ant

28.18 KB
463 rows
6 columns


CREATE TABLE ant (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Ardr

@kaggle.tusharsarkar_cryptodatapart1.ardr

28.15 KB
563 rows
6 columns


CREATE TABLE ardr (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Atm

@kaggle.tusharsarkar_cryptodatapart1.atm

17.2 KB
334 rows
6 columns


CREATE TABLE atm (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Atom

@kaggle.tusharsarkar_cryptodatapart1.atom

40.55 KB
945 rows
6 columns


CREATE TABLE atom (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);

Avax

@kaggle.tusharsarkar_cryptodatapart1.avax

22.49 KB
433 rows
6 columns


CREATE TABLE avax (
  "date" TIMESTAMP,
  "open" DOUBLE,
  "high" DOUBLE,
  "low" DOUBLE,
  "close" DOUBLE,
  "volume" DOUBLE
);