How To Plan Your Next Vacation Under 15 Minutes With Google Trips

-

Planning your next vacation or business trip has never been so easy! Check out how we planned our imaginary trip to "Goa" in less than 15 minutes.

 Google recently came out with several new apps Google Trips; Duo, which is Face Timing platform for Android and iOS devices; Allo, Google’s chatbot but it was Google Trips that really stood out to us avid travelers.

 1. Download Google Trips
 
This one’s obvious.

Download


Google Trips
 
2. Where do you want to go?
 
Open up Google Trips, type in your destination.





3. What do you want to do, see, and eat?
 
Check out things to do, places to go, food to eat in “Things to do” and “Food & Drinks”. Recommendations come with helpful reviews, ratings, opening hours and contact information. Save them by adding a star to each.



Now that you’ve got your activities sorted, the last step is to pin things down!

 4. Make reservations
Book your tickets, make your restaurant reservations, and book special activities. Once you’ve done that, Google Trips will automatically detect these reservations in your Gmail and add a record of them in your “Reservations”.
 
Your booking details and flight statuses are all displayed clearly, as well as your hotel bookings detail and map locations so you won’t miss a thing! 

Wow, you’re all set and that took all of 15 minutes!

 Did you enjoy our tips on new apps? Leave your feedback on our Facebook page!























Comments

Post a Comment

Popular posts from this blog

Introducing National Programming Aptitude Test - NPAT 2017

-
Image
Are you the one who keeps wondering how to measure the proficiency of your coding skills? NPTEL, ACM India & Google bring to you the ultimate coding test that will help you improve your performance.  NPTEL, ACM India, and google have planned to conduct National Programming Aptitude Test (NPAT) on 13 August 2017. The students can sign up from July 9, 2017, to August 13, 2017, up to 10.45 AM. After signing in the student can learn and practice programming in c,c++ and Java.  The scores will be shared with potential employers who can use this pool to recruit . The link for registration is. https://npat.nptel.ac.in . This whole initiative is free of cost.   NPAT is a Programming Test so you will have to write a full program or sometimes just a function. Some questions could also have incomplete code that you have to complete to get the proper result. You do not need to know all 3 languages for NPAT. The test has to be answered in ONLY ONE programming language. ...
Read more

MATLAB Program For Time Delaying And Time Advancement Operations On Signals

-
Image
A signal is a physical quantity that varies with time, space or any other independent variable by which information can be conveyed. A discrete-time signal is often identified as a sequence of numbers, denoted by x[n], where n is an integer. Signals are broadly classified into continuous and discrete signals. A continuous signal will be denoted by x(t), in which the variable t can represent any physical quantity. A discrete signal will be denoted by x[n], in which the variable n is integer value. The variables t and n are assumed to represent time.  Operations on Signals: a. Time Shifting        In this operation each sample of x(n) is shifted by an amount k to obtain a shifted sequence y(n) Y(n) = {x(n-k)}        If we let m=n-k, then n=m+k and the above operation is given by Y(m+k) = {x(m)}   b.Time Delay: The system has a general form of y[n]= x[n - b], where ‘b’ is any positive integer. Letus take an exam...
Read more

MATLAB Program For Basic Arithmetic Operations On Signals

-
Image
  A signal is a physical quantity that varies with time, space or any other independent variable by which information can be conveyed. A discrete-time signal is often identified as a sequence of numbers, denoted by x[n], where n is an integer. Signals are broadly classified into continuous and discrete signals. A continuous signal will be denoted by x(t), in which the variable t can represent any physical quantity. A discrete signal will be denoted by x[n], in which the variable n is integer value. The variables t and n are assumed to represent time. Operations on Signals: a. Signal addition  It is implemented in MATLAB by the arithmetic operator “+”. However, the lengths of x1(n) and x2(n) must be the same. y(n) = x1(n) + x2(n) b. Signal multiplication It is implemented in MATLAB by the array operator “*”. To multiply sequences of different lengths we can use the following function y(n) = x1(n) * x2(n) Program: clc; close all ; clear all...
Read more